American freedom was not only political freedom in the abstract. It was the practical freedom to exercise judgment, accept responsibility, make decisions, and move without waiting endlessly for permission.

That attitude existed at almost every level of American life.

An American NCO could take initiative when a battlefield plan collapsed because he was expected to think rather than simply obey mechanically. A junior officer could exploit an opportunity. A general could alter a plan when reality changed. Responsibility was delegated downward because initiative itself was considered a military strength.

The same principle existed in American industry and business. Engineers could redesign machines. Managers could reorganize production. Entrepreneurs could gamble on unconventional ideas. Corporations could make enormous decisions rapidly because authority was not always trapped inside rigid bureaucratic hierarchies.

This did not mean the absence of discipline. Quite the opposite. Freedom worked because it was tied to competence and accountability. People were given room to act, but they were also expected to produce results.

That combination became one of America’s greatest strategic advantages.

During the Second World War, the United States demonstrated an extraordinary ability to improvise, expand, adapt, and solve problems at scale. Factories changed production almost overnight. New technologies moved from laboratories into mass production. Commanders learned from failures. Entire logistical systems were created with astonishing speed.

The same spirit continued after the war.

American companies transformed aviation, electronics, computing, medicine, communications, and spaceflight. American universities became centers of innovation. American military institutions repeatedly demonstrated a capacity for decentralized initiative that more rigid systems struggled to reproduce.

The United States did not simply possess resources. It possessed a system that allowed millions of people to use those resources creatively.

That helped America win not only the Second World War, but the broader global competition of the twentieth century.

The danger today is that America may be forgetting what made that system successful.

Across government, the military, and corporate life, decision-making increasingly moves upward. Lawyers, compliance departments, committees, procurement systems, political calculations, and fear of liability frequently reward caution over initiative.

The institutional question becomes less, “What must be done?” and more, “What decision creates the least personal risk?”

That is a dangerous transformation.

A military officer who believes that one unconventional decision can destroy a career will eventually stop making unconventional decisions. A government employee who knows that following procedure is safer than solving the problem will follow procedure. A corporation obsessed with the next quarter may sacrifice industrial capacity, engineering knowledge, resilience, and national capability for a temporary improvement in financial returns.

Eventually, institutions become extremely good at protecting themselves while becoming progressively worse at accomplishing their missions.

Bureaucracy is necessary. Regulation is necessary. Legal accountability is necessary. Large modern institutions cannot function without them. But there is a point at which safeguards begin to suffocate initiative.

A society can preserve all the formal structures of freedom while gradually losing the habit of freedom. That habit is the willingness to think independently, accept responsibility, risk failure, and act.

This is especially dangerous in an era of renewed great-power competition.

America’s adversaries are not waiting for perfect procedures. Wars, technological revolutions, industrial crises, and geopolitical shocks move too quickly for institutions in which every meaningful decision requires another committee, another legal review, another briefing, and another layer of approval.

The United States cannot compete successfully through caution alone. Nor can corporate greed substitute for national purpose.

For decades, many American companies have been rewarded for maximizing short-term financial efficiency: outsourcing production, minimizing inventories, reducing excess capacity, and treating skilled industrial capability as another cost to be eliminated.

That model can look highly efficient on a quarterly balance sheet during periods of stability. But much of that efficiency comes from eliminating the redundancy and reserve capacity that make an industrial system resilient. What appears to be waste in peacetime may actually be strategic insurance.

The weakness becomes visible only when a crisis arrives and the country suddenly discovers that factories cannot be restarted, skilled workers cannot be recreated, supply chains cannot be rerouted, and missiles, ships, transformers, semiconductors, machine tools, or ammunition cannot simply be ordered into existence.

This danger of institutional paralysis is no longer abstract. You can see it far from Washington. After watching another experienced worker lose his job, a man once summed up the frustration around him in the simplest possible words: “They just need to leave us alone and let us do our job. Just let us do our job.” That sentence captures something much larger. Across American industry, experienced people increasingly find themselves surrounded by layers of metrics, investigations, disciplinary procedures, compliance requirements, and management incentives that can become detached from the institution’s actual mission. Workers learn that following procedure is safer than exercising judgment; managers can cut labor, reduce apparent costs, satisfy selected performance targets, and reward themselves for those numbers even while morale collapses, experienced people disappear, productivity deteriorates, and the physical system becomes less capable. The spreadsheet can show improvement while the trains move more slowly, the factory produces less, or the organization loses the resilience it will desperately need in a crisis.

That is the opposite of the American tradition that built the country’s power: trust competent people, give them responsibility, and let them do their job. When institutions begin protecting metrics instead of accomplishing missions, freedom has not disappeared legally—but it has begun disappearing operationally.

The lesson of American history is simple.

Trust competent people to make decisions. Give them responsibility. Permit initiative. Accept that freedom includes the possibility of mistakes. And judge institutions by whether they accomplish their missions, not merely by how successfully they avoid risk.

America does not need to invent a new national philosophy. It needs to remember the one that worked.

The United States became the arsenal, laboratory, military leader, and economic center of the free world because millions of Americans were empowered to look at a problem and say: “I see what needs to be done. I can do it. I will take responsibility.”

That spirit helped save the free world once.

America should be very careful not to bureaucratize it out of existence.

By Gleb Irisov

Downstairs

Only a few weeks after I joined TASS, the head of the military desk sent me downstairs.

The man waiting for me was the agency's FSB officer. His existence was not advertised to the public, but inside the institution his role was understood. He was not a visitor who appeared only when something went wrong. He belonged to the architecture of the place.

The conversation did not feel like a professional introduction. It felt like an interrogation and an attempt at intimidation.

My military background, elite education, and unusually broad network made me an uncommon recruit for a news agency.

The officer was assessing what I knew, whom I knew, and what kind of person had just entered TASS. He told me to keep what I knew to myself. At the same time, he proposed that I pass information to him about what I heard and observed.

I never did.

At that point, I did not yet understand how completely this meeting represented the institution I had joined. TASS was presented to the world as a civilian news agency. Inside, journalism, government access, military communications, classified information, and the security services existed in overlapping worlds.

Years later, when I publicly opposed the invasion of Ukraine, the FSB would return to my story through the same professional hierarchy that had first sent me downstairs.

But I did not enter TASS expecting a confrontation with the state. My path there looked almost ordinary.

A normal path into an abnormal institution

My arrival at TASS was partly the result of preparation and partly of chance.

My wife had recently joined the agency's multimedia desk. She was a professional journalist and a specialist in literature. Through her, I learned that there was an opening connected to military reporting.

What made me a plausible candidate was the unusual combination of qualifications I brought with me. I had an elite education, military experience across several domains, and a broad network of professional contacts. I could read military institutions in a way that most civilian journalists could not. I understood not only weapon systems and organizational charts, but the habits of officers, the meaning of rank, the boundaries between official and classified knowledge, and the differences between what a ministry said publicly and what people inside it understood privately.

At that stage of my life, I was considering a gradual move from active military service into the civilian state sector. Becoming a military correspondent at Russia's leading government news agency appeared to be a natural bridge between those worlds.

The same qualities that made me valuable to TASS also made me interesting to the security services. I could reach people who would not normally speak openly with an ordinary reporter. I could recognize inconsistencies in an official account. I possessed knowledge that could be useful to the state - and dangerous if I refused its discipline.

I entered through a normal professional opportunity. Only from inside did I discover the institution's deeper purpose.

I had changed seats

Not long before joining TASS, I had served aboard special military aviation aircraft as a member of the crew. Later, as a correspondent, I found myself boarding some of the same airplanes again.

The crew members recognized me immediately.

Only recently, I had been one of the people preparing those aircraft and carrying out the work required to transport senior officials and commanders. Now I arrived in civilian clothes as a passenger - a TASS representative traveling with an official delegation.

To the crew, I had made an enormous career leap. They knew who normally occupied those seats. Sometimes an entire aircraft and crew were prepared for only a few important passengers. In their eyes, I had crossed from the part of the airplane that served power into the part occupied by power.

My office was only a few hundred meters from the Kremlin. From the window, I could see its towers. I spoke directly with generals whom many serving officers would have been afraid even to approach.

On major foreign visits, senior Ministry of Defense officials normally took a TASS representative with them, together with the press officer responsible for the relevant region, branch of service, commander, general, or minister. We traveled inside the official delegation. We received our access through it. We entered places unavailable to most reporters and heard information before it reached the public.

The access was genuine. That was precisely why it was such an effective instrument of control.

The ministry controlled the aircraft, itinerary, schedule, briefings, officials available for comment, and much of what the correspondent could observe. The reporter could come extraordinarily close to the state while remaining inside a field of vision constructed by the state.

The closer a journalist came to power, the more dependent he became on those who granted the access. A difficult article could mean losing the next trip, the next interview, the next briefing, or the next source. No written threat was required every day. The reward itself taught people where the boundaries were.

In the Russian system I knew, privileged access increasingly replaced independent access.

I had changed seats, but I had not really left the system.

The information pipeline

Outsiders often imagine Russian propaganda as something created mainly by television presenters shouting in studios. That is only the visible end of the process.

Before a statement appears on television or a website, someone determines who is authorized to speak, which facts are available, which reporter receives access, how the source will be described, and which version will enter the national news stream.

Nearly every important Russian ministry, government agency, and major corporation had a press bureau. The Ministry of Defense maintained an extensive press structure divided among officers responsible for different branches of the armed forces, regions, institutions, commanders, and subjects. At TASS, the deputy head of the military desk played a central role in supervising communications with this apparatus.

These press officers did more than answer questions. They channeled information down an established line. They could indicate what was permitted, which language should be used, and how an event was to be understood. Sometimes the communication resembled ordinary public relations. At other times it was a direction or an order.

At the center of the distribution system stood the major news agencies: TASS, RIA Novosti, and Interfax. TASS and RIA belonged openly to the state information structure. Interfax was formally private. Together they formed Russia's 'big three' universal news agencies, feeding information to broadcasters, newspapers, websites, companies, regional outlets, and government institutions.[2][3][4]

This concentration made the system efficient.

The state did not need to telephone every newsroom in Russia separately. If an approved narrative entered a major wire service, hundreds of downstream outlets could reproduce it. A statement gained authority because it appeared under the name of TASS, RIA, or Interfax. Repetition then created the appearance of confirmation even when every version ultimately came from the same controlled origin.

Ownership was only one method of influence. Control of official sources, accreditation, press pools, access to ministries, and professional consequences could shape the information entering even an organization that was not formally state-owned.

The architecture was simple: control who could see, who could speak, and which source became authoritative; distribute the approved version through a trusted wire; punish anyone who broke the chain.

The Russian state did not merely censor information after journalists produced it. It controlled much of the pipeline through which information became a recognized fact.

The anonymous source that was not a source

One of the most revealing practices I witnessed involved supposedly anonymous sources.

In genuine journalism, anonymity often protects someone who is revealing information an institution wants to conceal. A civil servant exposes corruption. An officer reports a failure that commanders are suppressing. The journalist withholds the person's identity because disclosure could endanger the source.

Inside the system I observed, anonymity served the opposite purpose: it concealed the institution that wanted the information published.

The Ministry of Defense, FSB, SVR, or another state body could decide that a particular claim needed to enter the public information space. The claim would be passed privately to a trusted reporter or desk. The journalist would then be told to attribute it to an unnamed military, diplomatic, security, or informed source.

An official claim or fabrication received controlled anonymous attribution, entered a wire-service dispatch, spread through the wider media, and returned as apparent independent confirmation.

This was not a leak in the normal meaning of the word. A real leak breaks institutional control. These operations extended institutional control while disguising it.

Once the dispatch appeared, other outlets could write that "TASS has learned" or that "a source told TASS." Television commentators repeated it. Officials could later refer to media coverage as though it were external evidence supporting the original claim. The state could create a statement, conceal its authorship, inject it into an authoritative news agency, and later encounter its own statement as apparently independent public information.

This was information laundering.

It also explains why a state information system does not need every journalist to be a committed ideologue. It needs enough trusted editors and reporters at key junctions. The wider media ecosystem can do the rest automatically.

The security state inside the newsroom

The Soviet Union did not disappear as completely as many people wanted to believe. Institutions changed names. Logos changed. Officials adopted the language of corporations, public relations, and modern media. Beneath the new labels, the old principle survived: information was a state resource, and the security services remained among its custodians.

The officer I had met downstairs was not isolated from TASS management. The head of the military desk remained in direct contact with him, and his role extended into the institution's internal life.

Alongside ordinary newsroom operations, TASS maintained structures dealing with classified material, mobilization, and civil defense. The director had a ZAS secure-communications line in his office - the kind of protected government system associated with the upper levels of the state.

The presence of the FSB did not matter only when an officer issued a direct instruction. Everyone's knowledge that the security service was there changed behavior in advance. Editors anticipated what would be permissible. Reporters learned which questions would create trouble. Managers understood which stories could cost the agency access or bring attention from above.

The result was self-censorship before censorship.

A 2026 Carnegie study by Alexandra Prokopenko described the same embedded-security model across Russia's ministries and state companies. Beginning in the mid-2010s and intensifying after the annexation of Crimea, FSB officers monitored employees' travel, associations, political attitudes, and perceived loyalty. By 2022, the practice was common knowledge.[5]

A censor with a red pencil is visible. An institution that teaches thousands of people to censor themselves is more durable.

The reporters who did not report

The relationship between TASS and the intelligence services went beyond the FSB officer.

Under the organizational roof of our military desk, at least two people formally working as reporters were operatives of Russian military intelligence - the organization still commonly known by its old acronym, the GRU. I knew them personally.

On the foreign desks, the pattern was less direct but no less revealing. Some overseas correspondents were real working journalists. They filed stories, answered requests, and behaved like reporters. Others lived under a different set of rules.

Certain foreign correspondents did very little of the journalism they were formally assigned to perform. When important news broke in the United States - a NASA development or a launch from Cape Canaveral, for example - the logical people to cover it were TASS correspondents stationed in America. Yet they could be "not there," unreachable, or unavailable, and the work was transferred back to Moscow. I sometimes had to research and report events taking place thousands of miles away while the correspondents posted in the country were beyond ordinary editorial reach.

This did not happen once. It was a pattern.

One missed assignment could be incompetence. Repetition under protection was something else. These employees remained unavailable, their work was routinely reassigned, other desks were discouraged or prohibited from bothering them, and the leadership of the foreign-relations desk appeared untouchable.

In an institution where ordinary reporters were constantly assigned, monitored, and pressured, some supposed reporters were permitted not to report - and no one was allowed to ask why.

I learned to read the organization not only by observing what people did, but by noticing what certain people were permitted not to do.

Years after I left, the pattern surfaced publicly. In 2024, Austria revoked the accreditation of two TASS correspondents after a negative security assessment; an Austrian intelligence report also stated that foreign services operated under the cover of news agencies.[6] In 2025, The Insider reported links between newly assigned TASS correspondents in Vienna, an SVR-controlled address, and an SVR Academy instructor.[7]

The later cases matched what I had already seen: state-media posts remained useful cover for Russian intelligence.

Real journalists gave the institution professional volume and credibility. Intelligence-linked personnel could operate inside that normality. The public saw correspondents, bylines, press cards, and foreign bureaus. The same infrastructure also provided access, cover, contacts, and freedom of movement.

TASS was not simply a propaganda outlet receiving orders from outside. It was an institutional meeting point where journalism, official communications, security oversight, intelligence cover, and information operations could coexist.

Russia's conventional military failures should never be mistaken for weakness in the quieter fields of intelligence, influence, and subversion.

February 24: the machinery activates

The invasion did not create this architecture. It activated it.

When Russia launched its full-scale war against Ukraine on February 24, 2022, the existing relationships between ministries, press bureaus, security services, editors, and wire agencies shifted rapidly into wartime mode.

The directions became more explicit. Language was controlled. The invasion could not be called a war or an invasion; it was a "special military operation." Russian casualties were to be concealed, minimized, or treated only through authorized statements. Claims favorable to the war moved forward without real verification. Ukrainian reporting was presumed hostile or false. The task was no longer to describe what was happening. It was to keep every report inside the reality defined by the state.

The legal structure followed almost immediately.

On February 24, Roskomnadzor ordered Russian media to rely only on Russian official sources. Reporting from Ukrainian, European, American, independent Russian, or other nonofficial sources could be treated as knowingly false. The words "war," "attack," and "invasion," as well as reports about shelling and civilian deaths caused by Russian forces, became grounds for punishment.[8]

On March 4, Russia enacted criminal and administrative provisions against supposedly false information and the "discrediting" of the armed forces. The most serious cases carried sentences of up to fifteen years in prison. The laws took effect immediately.[8]

The state had closed the circle:

Official sources defined what was true. Journalists were ordered to rely on official sources. Anything contradicting those sources could then become a crime.

The state monopolized the source of truth and criminalized disagreement with that monopoly.

The same system later appeared in writing. In October 2022, Meduza published Kremlin "methodological guidelines" sent to state-controlled media and pro-government communicators. The documents prescribed themes, vocabulary, desired interpretations, and even the emotions coverage was supposed to evoke.[9]

The transformation was visible abroad as well. On March 23, Reuters removed TASS material from its Reuters Connect marketplace, saying that continued availability was not aligned with the Reuters Trust Principles of integrity, independence, and freedom from bias.[10]

For me, however, this was not an external argument about the professional status of TASS. I was already inside, watching the boundary between state reporting and wartime information operations disappear.

The structure had been prepared over years. When the war began, the switches were already installed.

The system tries to reclaim me

In the first days after the invasion, I co-signed a public petition against the war.

That act crossed the line the system had established for me.

The calls began almost immediately. There were many of them. Members of my professional hierarchy pressured me to withdraw, submit, and return to the position expected of a TASS military correspondent. My managers told me that the FSB and the Presidential Administration were involved.

Their names were invoked as proof that I had no choice but to obey.

The campaign used reward and threat at the same time.

I was promised promotion to head the second section of the military desk if I returned to line. The system offered me a future at the very moment it was demanding my silence.

The pressure extended to my family. My wife received calls warning that my actions would ruin our lives.

The head of the military desk told me that the FSB had asked him to bring me into submission "by any means."

The same institution that had first sent me downstairs for assessment was now trying to reclaim me through repeated calls, professional inducement, fear, and pressure on my wife.

The state had spent years educating me, training me, promoting me, and bringing me closer to power. It had invested in my usefulness. Now it had discovered that it could not own me.[1]

I refused.

The people inside the machine

TASS was not populated only by cynical propagandists.

I met remarkably intelligent and curious people there.

One colleague introduced me to tabletop wargaming and the painstaking craft of building and painting miniature models. That interest remained with me long after I left Russia.

Another colleague was completely absorbed by space technology. She sometimes trusted me to replace her in covering Roscosmos. Through that work, I traveled to a space control center and conducted research in a field I might otherwise never have entered so deeply.

These people were not abstractions. They were my colleagues and friends. I admired their knowledge. I enjoyed their company. We talked about military history, technology, literature, space, and subjects that had nothing to do with the day's political instructions.

A repressive institution does not look repressive every minute of every day. Much of the time, it looks like talented people doing interesting work. It offers professional identity, intellectual stimulation, travel, friendship, status, and the feeling of belonging to something important.

That is one reason the system is so effective. It does not sustain itself only through fanatics. It captures capable people through ordinary human needs and ambitions, then gradually makes continued belonging conditional on obedience.

Some obey because they believe. Some are frightened or protecting their families. Others remain because the work is fascinating and the world outside the institution appears empty or dangerous.

Perhaps others understood. I was the one who accepted the cost of acting.

I escaped the institution. I could not bring my friends with me.

With time, I felt that I had lost not only contact with them, but access to the people I had once believed them to be. The system retained their intelligence, their labor, and their public obedience.

My military contacts suffered an even more final fate. Many people I had known through military life were killed during the years of this war. To the public, they could become hidden casualty figures, official euphemisms, or names that never appeared at all. To me, they had been living people with families, abilities, ambitions, fears, and histories.

Propaganda did not merely lie about the dead. It helped create the conditions in which people moved toward death without their society being allowed to understand honestly what was happening.

The false language eventually covered real graves.

The system had accepted me

My conflict was so severe because I had not failed inside the system.

By then, I possessed every visible sign that the system had accepted me: an office overlooking the Kremlin, travel with official delegations, and direct access to senior commanders.

It mattered to me. I had worked for it and understood what the access represented.

But access brought knowledge, and knowledge brought responsibility.

The closer I came to the center, the more clearly I saw what the apparatus had always been beneath its changing names and civilian facades.

When the invasion began, the ambiguity ended. Ministries, security services, military institutions, press offices, and news agencies were subordinated to the preservation of political power and the ambitions of one ruler. The entire machinery of a vast state was being directed toward a war that could not be openly questioned.

Putin stood at the apex, but he did not operate the machinery alone. Thousands of people protected their positions, careers, privileges, and institutions by translating his decisions into administrative reality. Editors edited. Officers transmitted instructions. Press officials managed access. Lawyers wrote repressive statutes. Security personnel intimidated dissenters. Journalists transformed official narratives into news.

Some believed in the imperial project. Some benefited. Some were afraid. Some had submitted for so long that they no longer experienced submission as a choice.

What overwhelmed me was not only what had already happened. It was what I believed would follow. I could see that this system was prepared to consume an enormous number of lives and destroy the futures of entire generations. Ukrainians would die. Russians would die. Cities would be ruined. Families would be divided. Children would inherit consequences of decisions they had never been allowed to debate.

I became deeply depressed. I could not reconcile what I knew with what I was expected to do.

Remaining at TASS would not have meant simply keeping my job. It would have meant lending my knowledge, access, and professional credibility to the machinery of war.

My conscience left me no acceptable alternative.

I resigned from TASS and left Russia.

The system had finally accepted me.

And I rejected it.

What leaving cost

Regret was never the problem. Grief was.

Leaving was painful. The alternative was morally impossible.

Leaving severed the thread connecting almost every part of my previous life. I lost friends, colleagues, career, property, belongings, professional circles, and access to the places where my memories and youth had been formed.

My mother remained in Russia, alone. I lost the freedom to visit the graves of my father and grandmother. I lost access to the military uniforms and medals that connected my life to my father and grandfather. I never had the chance to be with the cats that had lived with me since childhood when they died.

I was excluded from the MGIMO clubs and elite societies where I had once been welcomed. Streets, buildings, institutions, and places that held my memories became physically inaccessible. The past still existed, but I had been cut out of it.

Exile is not one event. The rupture is renewed each time another friend disappears, another object becomes unrecoverable, another family moment passes at a distance, or another place can no longer be visited.

More than four years later, it can still feel like yesterday.

In the United States, I began a different life. I work on a Class I railroad to support my children and my pregnant wife. It is hard, physical, exhausting work, far removed from the office overlooking the Kremlin and the aircraft carrying generals. The contrast is sometimes almost impossible to comprehend.

My suffering does not compare with what this regime has inflicted on Ukrainians. I escaped with my wife and children alive. Many Ukrainians lost the people they loved, their homes and communities, or life itself.

I grieve for what I lost, but I am deeply sorry for their far greater losses, for what the state I once served has done to them, and for every life destroyed by the war it unleashed.

But I did not choose between a comfortable life in Russia and a comfortable life elsewhere. I chose between losing my world and losing myself.

The system could take the physical archive of my former life. It could not take my consent.

What free societies must never copy

The lesson from the Russian propaganda system is not that democracies need better propaganda.

It is that they must never become dependent on propaganda at all.

Every country at war needs operational secrecy. An army cannot publish an upcoming attack, expose intelligence sources, reveal vulnerabilities in real time, or release information that would needlessly endanger soldiers and civilians.

But operational secrecy and the manufacture of reality are not the same thing.

Secrecy protects an operation. Propaganda protects officials from accountability.

A free society must be able to withhold a battle plan without concealing strategic failure. It must protect an intelligence source without inventing an anonymous source. It may delay tactically sensitive casualty information, but it must not falsify losses indefinitely. It must defend itself from hostile influence operations without placing security services inside civilian newsrooms as political supervisors.

The same rule applies to press access. Limited space and genuine military security may require pools and restrictions. Access becomes an instrument of control when participation depends on loyalty, critical reporters are excluded, alternative sources are criminalized, and the government secretly dictates what will later appear as independent journalism.

Emergency restrictions should be specific, temporary, reviewable, and subject to independent oversight. Government-originated claims should remain recognizable as government claims. Journalists must retain the right to investigate corruption, military failure, and political decision-making even during war. Criticism of a government is not the same thing as assistance to an enemy.

These principles can make an open society look noisy and divided. Authoritarian propaganda exploits that appearance. Russian television presents argument, protest, investigative reporting, and political conflict as signs of weakness.

The opposite is true.

A society that can identify a failure can still correct it. A society that has criminalized the admission of failure becomes trapped inside it.

Authoritarian information control also damages the state that created it.

Subordinates hide bad news. Casualties are softened. Corruption is disguised. Intelligence is adjusted to expectations. Leaders begin making real decisions inside a reality manufactured for them.

The ruler no longer merely lies to the population. He becomes surrounded by institutions that cannot safely tell him the truth.

Democracies must be alert to Russian espionage, sabotage, influence operations, and information laundering. Openness without counterintelligence awareness can be exploited. But counterintelligence without openness eventually becomes authoritarianism. The free world must preserve both security and self-correction.

Do not fight the Russian method by becoming Russian.

Truth is not only a democratic value. In war, it is a strategic resource.

Why Ukraine is stronger

Ukraine fights under martial law, and its journalists have documented political pressure, surveillance allegations, lawsuits, and other threats to media freedom. The Council of Europe continues to treat the protection of journalists, resistance to abusive litigation, and independent media institutions as urgent wartime priorities. [11]

But Ukraine has preserved something Russia systematically destroyed: a contested public reality.

Ukraine still has independent journalists, investigative outlets, civic organizations, competing political voices, and citizens who can challenge the government in public. An OECD review published in 2026 emphasized the importance of transparency, accountability, and plurality in Ukraine's information space while warning that wartime powers must remain proportionate and governed by democratic safeguards.[12]

Ukraine has corruption and makes wartime mistakes. Its strength is that both can still be named, investigated, and sometimes corrected.

In July 2025, the Ukrainian government approved a measure that weakened the independence of two major anti-corruption bodies. Ukrainians protested during wartime. The president reversed course, and parliament restored the agencies' independence.[13]

That sequence would be almost impossible in today's Russia.

A government made a serious decision. Society objected publicly. Journalists and civic institutions explained the danger. Citizens entered the streets. The government retreated and the law was changed.

This is not disorder. It is democratic self-correction under extraordinary pressure.

Russia tried to become stronger by eliminating disagreement.

Ukraine became stronger by surviving disagreement.

A free society may argue loudly and expose its own failures to the world. That can be uncomfortable. It can be politically damaging. It can create images an enemy will exploit. Yet it also preserves the ability to learn, replace failed policies, remove corrupt officials, and adapt before an error becomes fatal.

This is why I believe Ukrainian society will survive. It has not surrendered the right to recognize reality.

I rejected it

I once believed that proximity to power meant knowledge.

Inside TASS, I learned that proximity could also be a method of containment. A reporter could be brought close, granted access, shown selected realities, incorporated into official movement, and made dependent on the institution he was supposed to observe.

I once believed that an authoritative news agency certified information.

I learned that the state could use the authority of a news agency to conceal the state's own role in creating information.

And I once believed that professional acceptance would allow me to use my experience in service of something meaningful.

Instead, the system demanded my consent to a manufactured reality and a criminal war.

I refused.

I have lost almost everything since that day.

I have never regretted my decision.

Not once.

Source notes

[1] Katya Arenina, Agentstvo, '"I Spoke Out Against the War, and the FSB Immediately Called the Editor-in-Chief": The Story of a Former Officer Who Left TASS After Russia's Attack on Ukraine', March 21, 2022.

[2] TASS, 'FACTBOX: A History of TASS', September 1, 2024.

[3] Rossiya Segodnya, 'RIA Novosti' brand page.

[4] Interfax, 'History'; Media Landscapes, 'News Agencies - Russia'.

[5] Alexandra Prokopenko, Carnegie Endowment for International Peace, 'Loyal but Powerless: The Downgrading of Russia's Elite', June 17, 2026.

[6] RFE/RL, 'Austria Says Security Concern Was Behind Decision to Pull TASS Accreditation', June 12, 2024.

[7] Sergey Kanev, The Insider, 'Reporting for Duty: Kremlin Sends in New Agents After Austria Expels Spies Masquerading as Journalists', October 2, 2025.

[8] Committee to Protect Journalists and Thomson Reuters Foundation, 'Understanding the Laws Relating to "Fake News" in Russia', July 2022.

[9] Andrey Pertsev, Meduza, 'The Kremlin's Written Instructions to Propagandists Tell a Story of Desperation, Failure, and Frictions With the Media', October 12, 2022.

[10] Reuters, 'Reuters Removes TASS Russian News Agency From Its Content Marketplace', March 23, 2022.

[11] Council of Europe, 'Safeguarding Media Freedom in Wartime: Ukraine's Reform Momentum Highlighted at SCM 2025', June 25, 2025.

[12] OECD, 'Public Governance Review of Ukraine: Reinforcing Information Integrity', June 23, 2026.

[13] Reuters, 'Zelenskiy, Moving to Defuse Crisis, Restores Power of Anti-Graft Agencies', July 31, 2025.

My family and I had spent two days driving across western South Dakota. We watched the sunrise over the Badlands, followed the winding granite spires of Needles Highway, stopped at Sylvan Lake, drove among the bison in Custer State Park, and stood beneath Mount Rushmore. Like millions of others, we visited the Minuteman Missile National Historic Site.

For most visitors, the museum is the destination. For me, the real discovery was waiting in the bookstore. One page stopped me completely. It described the Emergency Rocket Communications System, or ERCS.

Beginning in 1967, several American Minuteman II missiles carried no nuclear warheads. Instead, they carried a powerful communications payload. If a Soviet first strike destroyed the nation’s command network, those missiles would still launch—not to destroy an enemy city, but to climb high above North America and broadcast authenticated Emergency Action Messages to surviving nuclear forces. [1]

It was one of the most elegant ideas of the Cold War.

Instead of accepting that communications would die with the ground infrastructure, the United States turned an intercontinental ballistic missile into a temporary communications satellite.

I stared at the page for several minutes.

I had heard this story before.

Not from an American historian.

From my father.

What My Father Knew

My father spent years in the Soviet Strategic Rocket Forces before continuing his career at the General Staff’s 27th Central Research Institute, where military scientists studied strategic nuclear warfare.

When I was growing up, he often talked about American strategic systems.

Not in general terms.

In extraordinary detail.

He explained hardened command centers, strategic missile defense, antisatellite weapons, protected communications, underground facilities, specialized antennas, reinforced concrete, geological protection, and the calculations used to determine how many cruise missiles or nuclear warheads would be required to destroy a particular command bunker.

When I was a child, I never wondered how all this information had been obtained.

Later, I understood what it represented.

The Soviet Union devoted enormous resources not merely to observing the United States, but to reconstructing its strategic architecture piece by piece.

Engineers, intelligence officers, analysts, and military researchers worked together to understand not simply what America possessed, but how every important system functioned.

One of my father’s university friends spent decades in a highly specialized branch of Soviet military intelligence devoted to studying American strategic technology. ERCS and Dead Hand

The famous Soviet Perimeter system—better known in the West as Dead Hand—is usually presented as one of the Soviet Union’s most remarkable technological achievements.

Its purpose was straightforward.

If ordinary communications had been destroyed in a nuclear war, a specially equipped command missile would fly over Soviet territory transmitting launch orders to surviving strategic forces.

When I first learned how ERCS actually worked, I immediately recognized the concept.

The chronology makes the comparison impossible to ignore.

American engineers began developing ERCS in 1961.

Rocket-based versions entered operational service in 1963.

The Minuteman II version became operational in 1967.

Formal Soviet development of Perimeter did not begin until 1974, with the system entering service years later. [2]

This chronology alone does not prove espionage.

History deserves better than conclusions unsupported by evidence.

Two countries confronting the same strategic problem can sometimes arrive at similar solutions independently.

But another possibility deserves equal attention.

The Soviet Union maintained one of the largest military-intelligence organizations in history.

Its purpose was not simply to steal secrets.

It existed to shorten the distance between American innovation and Soviet capability.

The Pattern Began with the Manhattan Project

This pattern did not begin with Perimeter.

It began with the Manhattan Project.

American scientists achieved one of the greatest technological breakthroughs in history.

The Soviet Union tested its first atomic bomb just over four years later, aided by a wartime espionage effort that had penetrated the Manhattan Project at several points. [3]

That achievement permanently transformed the strategic balance of the twentieth century.

The same pattern appeared repeatedly afterward.

America pioneered reusable spaceflight.

The Soviet Union answered with Buran.

America explored Project Pluto, a nuclear-powered cruise missile, then abandoned the concept as intercontinental ballistic missiles assumed its mission and its hazards became impossible to justify.

Decades later, Russia resurrected essentially the same idea in the weapon now known as Burevestnik, or Skyfall. [4]

ERCS may represent another example.

Whether Soviet intelligence acquired the concept directly or Soviet engineers reconstructed it after studying American developments remains an open historical question.

What is not open to question is the sequence.

America solved the problem first.

The Digital Acceleration

The twenty-first century has accelerated the process beyond anything imagined during the Cold War.

The Soviet Union required spies, couriers, technical journals, intercepted communications, and years of industrial effort.

Modern authoritarian states can acquire extraordinary quantities of information digitally.

Artificial intelligence.

Semiconductor technology.

Reusable launch vehicles.

Advanced manufacturing.

Quantum computing.

Biotechnology.

The technologies defining the future are also the technologies most aggressively targeted by foreign intelligence services.

China has transformed technological acquisition into a comprehensive state strategy.

Unlike the Soviet Union, it combines espionage with commercial partnerships, academic exchanges, cyber operations, industrial policy, and global manufacturing capacity. [5]

The result is not simply imitation.

It is accelerated strategic competition built upon foundations that others created.

The Price of Openness

This presents the United States with a dilemma unlike any previous generation faced.

America’s greatest strength has always been openness.

Open universities.

Open scientific debate.

Private enterprise.

Competition.

Sometimes even failure.

Experimentation.

The very conditions that make revolutionary innovation possible also make revolutionary innovation difficult to contain.

Closing America would destroy the source of its advantage.

Ignoring systematic technological acquisition by authoritarian rivals risks producing the opposite outcome: a world in which America’s own breakthroughs become the instruments used against it.

Neither extreme is acceptable.

Protection Without Isolation

The answer is not isolation.

Nor is it resignation.

It is strategic protection.

The free world already protects military bases, nuclear weapons, and intelligence networks.

It must begin treating its most important technologies with similar seriousness.

Some innovations are no longer merely commercial products.

They are strategic assets.

The Manhattan Project proved that scientific breakthroughs can alter the balance of power for generations.

Artificial intelligence, advanced semiconductors, and commercial space systems may shape the next century just as profoundly.

The invention alone is no longer enough.

You need to know how to protect it.

Source Notes

[1] Association of Air Force Missileers, The Silent Sentinels: Minuteman Artwork Revealed (2024); U.S. Air Force, “ERCS System,” Hill Air Force Base; National Museum of the United States Air Force, “Emergency Rocket Communications System.”

[2] Federation of American Scientists, “Emergency Rocket Communications System (ERCS)”; GlobalSecurity.org, “Perimetr”; David E. Hoffman, The Dead Hand: The Untold Story of the Cold War Arms Race and Its Dangerous Legacy (Doubleday, 2009).

[3] U.S. Department of Energy, Office of Scientific and Technical Information, “Manhattan Project: Nuclear Proliferation, 1949–Present”; Central Intelligence Agency and National Security Agency, Venona: Soviet Espionage and the American Response, 1939–1957.

[4] NASA, “History’s Highest Stage”; Barton C. Hacker, “Whoever Heard of Nuclear Ramjets? Project Pluto, 1957–1964,” History and Technology 11 (1995); Reuters, “What Is Russia’s Burevestnik Missile?” October 26, 2025.

[5] Federal Bureau of Investigation, “The China Threat”; Center for Security and Emerging Technology, “The PRC’s Efforts Abroad.”

A tank may still have its armor, its gun, its ammunition, and its crew. It may appear intact in every photograph and remain listed in the strength report of its unit.

Without fuel, it is no longer truly a tank.

It cannot attack. It cannot retreat. It cannot move to meet a breakthrough or escape an encirclement. It cannot be sent to a workshop unless another vehicle drags it there. Its armor becomes shelter, then a fixed firing position, then a wreck waiting to happen.

It becomes stranded metal.

The same is true of a fighter aircraft that cannot take off, a supply truck that cannot bring shells forward, or a locomotive immobilized beyond a damaged refinery and an empty depot. Mechanized war is built from steel, but steel alone does not create power. Power comes from movement.

Nazi Germany learned this during the final year of the Second World War. It continued to manufacture advanced weapons while the system connecting those weapons to useful action collapsed. Fuel production fell. Transportation broke down. Pilot training shrank. Tanks were abandoned during retreats because they could not be refueled or recovered.

Ukraine is now striking Russia along the same strategic fault line. Its campaign against refineries, depots, tank farms, ports, rail connections, and fuel transportation is not merely an economic attack on oil revenue. It is an effort to reduce the movement available to the Russian state.

Russia does not have to run out of petroleum in the geological sense. An oil field is not a tank of diesel at the front. Crude oil must be extracted, transported, refined, stored, loaded again, and delivered through a system that consumes fuel simply to keep fuel moving.

Ukraine does not need to destroy every Russian tank.

It needs to make movement uncertain.

The War Machine That Could No Longer Move

In the spring of 1944, Germany still possessed a formidable military-industrial system. Its factories were producing tanks, aircraft, guns, and ammunition at extraordinary rates despite years of bombing. The apparent strength concealed a fatal dependence.

Germany lacked an adequate natural petroleum base. Its war machine relied heavily on synthetic-fuel plants that converted coal into liquid fuel, together with Romanian oil, refineries, storage facilities, railways, and waterways. The system was concentrated enough to attack and difficult enough to repair that repeated bombing could progressively suffocate it.

The Allied oil offensive began in earnest in May 1944. By July, Allied bombers had attacked every major plant. German petroleum, oil, and lubricant production fell from about 316,000 metric tons in April to 107,000 in June and approximately 17,000 in September. Synthetic aviation-gasoline production fell from about 175,000 tons in April to 5,000 in September. [1]

Germany did not instantly stop fighting. Stocks remained. Fuel was rationed. Shipments were redirected. Damaged plants were repaired. Emergency measures kept selected formations operational. But every adaptation transferred scarcity somewhere else.

Fuel given to one panzer division was denied to another. Aviation gasoline consumed by operational squadrons could not be used for training. Trucks sent farther to collect supplies burned part of the fuel they were trying to deliver.

Consumption exceeded production from May 1944 onward. The United States Strategic Bombing Survey found that the oil attacks drained reserves, restricted operations, and eventually left some German divisions with less than a day’s supply. Locomotives stood idle for lack of fuel. [2]

The German command retained weapons but increasingly lost the freedom to use them. A division could officially possess dozens of tanks while only a fraction could move. Aircraft production could rise while pilot training and operational flying declined.

The distinction between a weapon that exists and a weapon that can be employed became the central fact of Germany’s defeat.

When the Engines Fell Silent

Production figures describe the collapse from above. The men inside Germany’s machines experienced it as a narrowing of movement.

Peter Spoden’s memoir, Enemy in the Dark, follows a Luftwaffe night-fighter pilot through the defense of a Reich that was losing control of its own skies. By the last phase of the war, the Luftwaffe still possessed aircraft and experienced crews, but fuel scarcity shortened training and restricted operations. Official Air Force histories describe the same process: Germany continued producing fighters while the fuel required to train pilots and turn those aircraft into sorties disappeared. [3]

Otto Carius encountered the collapse from inside Germany’s armored forces. In 1945 he commanded Jagdtigers—enormous tank destroyers armed with 128-millimeter guns and protected by frontal armor few Allied weapons could penetrate. Their combat value still depended on fuel, functioning transmissions, passable roads, recovery vehicles, and workshops. Carius’s account of the Ruhr fighting is not a story of invincible machines overwhelmed only in frontal duels. It is a story of mechanical fragility, constrained movement, collapsing communications, and vehicles that had to be destroyed when the position could no longer be sustained. [4]

Albert Speer saw the same process across the entire war economy. After the first major attacks on synthetic-fuel plants in May 1944, he warned Hitler that the Allies had struck one of Germany’s weakest points and that continued attacks would soon leave the Reich without meaningful fuel production. By December he described the situation as catastrophic. [5]

The three perspectives meet at the same point. An aircraft on the ground, a Jagdtiger beside a road, and a factory producing weapons for formations that could no longer maneuver were expressions of one failure. Germany did not suddenly lose all its machines. It lost the system that converted machines into action.

Steel survived longer than movement.

Russia’s Oil Paradox

Russia appears to be the opposite of wartime Germany. Germany entered the war with an inadequate natural petroleum base. Russia is one of the world’s largest oil producers and possesses enormous reserves, major refineries, and extensive pipeline and rail networks.

Abundance at the beginning of the chain does not guarantee security at its end.

Crude oil cannot be poured into a tank, truck, aircraft, or locomotive. It must be converted into specific products. Refineries contain complex processing units, compressors, furnaces, pumps, electrical systems, control equipment, and specialized components. Damage to one critical unit can halt a substantial share of production even when most of the plant remains standing.

The refinery does not have to be reduced to rubble.

It has to stop producing.

Ukraine’s long-range drone campaign increasingly targets this point of conversion. In June 2026, strikes halted the Moscow refinery and the technologically advanced TANECO facility. On July 6, Ukrainian drones reached the Omsk refinery in Siberia, Russia’s largest, roughly 2,700 kilometers from Ukrainian-held territory. Processing stopped after the attack. On July 9, Reuters reported that the Saratov refinery had also halted after another strike. [6] [7] [8]

The pressure has moved beyond isolated plant shutdowns. By late June, fuel shortages had spread across more Russian regions, with queues and empty pumps appearing far from the front. On July 8, Moscow banned diesel exports until the end of the month and announced plans to import fuel to protect domestic supply. Russian seaborne diesel and gasoil exports had already fallen sharply. [9] [10]

None of this means that the Russian army will suddenly stop moving. Military requirements receive priority; civilian consumption can be restricted, exports cut, stocks released, imports arranged, damaged units repaired.

Every emergency measure consumes reserves, money, transport capacity, administrative attention, or political tolerance. Every refinery shutdown forces the surviving network to carry more load. Fuel travels farther. Regional shortages spread. Maintenance schedules tighten. A second strike may arrive before the first repair is complete.

But the system becomes less efficient before it becomes incapable.

Repair Is Part of the Target

Industrial warfare is rarely a contest between destruction and permanent ruin. It is a contest between attack and repair.

The Allies bombed German fuel plants repeatedly because one raid seldom finished the job. German crews cleared debris, replaced pipes, improvised components, restored electricity, and resumed partial production. Allied reconnaissance identified renewed activity, and the bombers returned. The Strategic Bombing Survey recorded the bitter rhythm in a saying attributed to German repair workers at the synthetic-oil plants: today the rebuilding is finished; tomorrow the bombers will return. [2]

Ukraine faces the same requirement. A dramatic fire followed by rapid restoration imposes a temporary cost. Repeated attacks on critical processing units, power supply, storage, and transport connections can convert temporary shutdowns into persistent loss of capacity.

The target is not only the refinery.

The target is the repair cycle.

Russia must defend an enormous industrial geography. Air-defense systems placed around one refinery are unavailable elsewhere. Electronic-warfare systems protecting oil infrastructure cannot simultaneously cover every airfield, ammunition depot, bridge, command post, and factory.

Even intercepted drones extract a cost. Plants stop processes. Personnel disperse. Flights and rail movements are delayed. Defenders expend missiles. Engineers inspect equipment and prepare for another strike.

A refinery operating under permanent attack does not operate like a refinery at peace. A railway repeatedly interrupted does not move trains at its theoretical capacity. A fuel depot forced to disperse its stocks sacrifices the efficiency created by concentration.

Russia can adapt, but adaptation creates friction. Enough friction across enough nodes becomes paralysis.

The Distance Between Fuel and Firepower

The Russian army consumes fuel far beyond the immediate front. Tanks are the obvious users, but the larger burden includes trucks, air-defense systems, and rail operations — moving ammunition and food forward, carrying the wounded back, and keeping workshops and command posts running.

A mechanized army does not consume fuel only while advancing.

It consumes fuel to remain alive.

The military effect may not arrive as an announcement that a formation has run out of fuel. It may appear as fewer training exercises, shorter patrols, postponed rotations, slower recovery, smaller local reserves, or commanders refusing movements that would previously have been routine.

Uncertainty changes behavior before scarcity becomes absolute.

A commander who trusts the fuel supply can reposition forces aggressively; one who does not preserves what remains, guarding his last freedom of movement rather than commanding a force capable of maneuver.

Not Every Tank Must Burn

Modern war produces an appetite for visible destruction. Drone footage shows a vehicle struck, burning, or exploding. The image provides immediate proof.

Strategic effects are often less photogenic.

A refinery unit stops. A train is delayed. Tank cars are redirected. A depot receives less than expected. A reserve formation postpones movement. A recovery vehicle cannot reach a damaged tank before the front shifts.

This was the Allied oil campaign's real achievement: Germany kept its soldiers and factories but lost the connective tissue that turned weapons into outcomes, until nearly every decision became a choice between bad alternatives.

Ukraine should seek the same compression of Russian choice.

A Russian army forced to protect fuel cannot use it freely. A state rationing exports, civilian supply, and military stockpiles is already fighting inside a tightening space.

Russia does not need to reach literal emptiness.

It needs to lose confidence in delivery.

The End of Movement

Defeated armies leave strange landscapes behind them: tanks abandoned beside roads, aircraft lined along captured airfields, guns without tractors, locomotives trapped behind destroyed bridges, warehouses full of equipment that can no longer be sent anywhere useful.

The machines appear powerful because their physical form survives.

Their power has already departed.

The Allied oil campaign did not win the Second World War by itself. It operated alongside the destruction of the Luftwaffe, the Allied landings in Western Europe, the Soviet advance from the east, maritime blockade, transportation bombing, and the occupation of German territory.

But the oil campaign attacked the quality that allowed every other German military resource to become action.

It attacked movement.

Ukraine now possesses the range and technical ability to place an expanding share of Russia’s fuel system under pressure. Its drones have reached facilities once assumed to be protected by distance. Refineries have halted. Export restrictions, imports, shortages, and queues have followed.

The campaign must be understood as a system, not a sequence of spectacular raids. Refineries must be revisited. Repairs must be interrupted. Storage and transport must remain under threat. Processing units, pumping stations, depots, ports, rail connections, and fuel trains must belong to one strategic design.

The objective is not a dramatic night of fire.

It is a morning when fewer trains depart.

A night when aircraft remain on the ground.

A commander who decides not to move because he no longer knows whether the fuel will follow.

Then the columns stop.

The engines cool.

The crews leave.

What remains is stranded metal.

Source notes

[1] Air University, “WWII Allied ‘Oil Plan’ Devastates German POL Production,” June 26, 2019.

[2] United States Strategic Bombing Survey, Summary Report and Oil Division findings on the German oil campaign.

[3] Peter Spoden, Enemy in the Dark: The Story of a Luftwaffe Night-Fighter Pilot; and Air University, “Operation Argument (‘Big Week’): The Beginning of the End of the German Luftwaffe,” February 11, 2019.

[4] Otto Carius, Tigers in the Mud: The Combat Career of German Panzer Commander Otto Carius.

[5] Woody W. Parramore, “The Combined Bomber Offensive’s Destruction of Germany’s Refined-Fuels Industry,” Air & Space Power Journal, March–April 2012.

[6] Reuters, “Ukraine Attacks Russian Energy Sites—What Has Been Hit?” June 26 and July 7, 2026.

[7] Reuters, “Ukrainian Drones Hit Russia’s Largest Refinery, in One of Deepest Strikes Yet,” July 6, 2026.

[8] Reuters, “Russia’s Saratov Oil Refinery at a Halt Since Wednesday’s Drone Attack, Sources Say,” July 9, 2026.

[9] Reuters, “Fuel Shortages Spread to More Parts of Russia as Ukrainian Attacks Bite,” June 29, 2026.

[10] Reuters, “Russia Bans Diesel Exports to Ensure Domestic Supply After Targeted Ukrainian Drone Strikes,” July 8, 2026.

The most successful propaganda does not always ask people to believe a complete fantasy. Sometimes it does something more elegant. It takes a real trace, places it in the wrong frame, and makes the victim spend years explaining himself while the aggressor moves on.

That is what is happening now.

In June 2026, the same old biological narrative returned to American politics in new packaging. Tulsi Gabbard, in her final period as Director of National Intelligence, released material about U.S.-funded biological laboratories abroad, including Ukraine. The documents did not prove a Ukrainian bioweapons program. They did not prove Russian accusations. They did, however, revive exactly the word Moscow needed: biolabs. Ukraine rejected the claims as groundless and pointed out what should be obvious by now: this story has been a Russian propaganda line for years. [1] [2]

At nearly the same moment, the COVID-origin fight reopened in Washington. Declassified documents, congressional pressure, and renewed attacks on Anthony Fauci pushed the public conversation back toward U.S. funding, Wuhan research, and alleged American responsibility. [3] The subject deserves investigation. But the direction of the political energy is revealing. Again, America is placed in the defendant’s chair.

This is the core of the operation. Not every document is fake. Not every question is illegitimate. The trap is the interpretation. A grant becomes command. A public-health laboratory becomes a secret weapons site. A biosafety program becomes a military conspiracy. A Western mistake becomes proof that the West authored the crime committed against it.

The Trace in the Wrong Place

An intelligence framing operation does not need to fabricate everything. A perfect frame uses something real. The real trace is what gives the lie its strength.

The United States did fund biological research and biosafety programs abroad. Some of that system needs a hard investigation, especially after the Wuhan catastrophe. The problem begins when the existence of a funding trail is treated as proof of American control over a closed Chinese system or as proof that Ukraine hosted U.S. bioweapons sites. That is not investigation. That is inversion.

The Wuhan question remains open because China has kept it open. In 2025, the World Health Organization said China had still not shared key early patient genetic sequences, detailed information about animals sold in Wuhan markets, or information about laboratory work and biosafety conditions in Wuhan. The U.S. intelligence community has also acknowledged Wuhan Institute of Virology work with PLA-associated scientists while remaining divided over the origin of the virus. [4] [5]

Those gaps should keep attention fixed on Beijing. Instead, much of the Western debate turns inward. America investigates its grants. America investigates its scientists. America investigates its bureaucracy. All of that can be necessary. But it becomes strategically dangerous when it replaces the larger question: how did an authoritarian state conceal the early truth, survive the consequences, and then help redirect suspicion toward the United States?

Russia understood the value of this inversion immediately. Early in the pandemic, U.S. officials accused Russian-linked accounts of pushing claims that the virus was an American bioweapon. China later amplified the Fort Detrick line and other narratives that shifted blame away from Wuhan. [6] The two regimes did not need identical stories. They needed the same political effect: confusion, mistrust, and American self-accusation.

The Old Lie Returns Through Ukraine

The Ukraine “biolabs” story works the same way. The origin of U.S. biological cooperation with Ukraine was not a secret weapons project. It came from the post-Soviet world, where dangerous materials, Soviet infrastructure, and weak state systems had to be secured. The Defense Threat Reduction Agency described the work as peaceful cooperation to improve biosafety, biosecurity, disease detection, and pathogen security. [7]

That history is precisely why Moscow could attack it. Russia knows the Soviet inheritance better than anyone. It knows that words like pathogen, laboratory, military funding, and Ukraine can be arranged into a dark sentence even when the underlying program is threat reduction. The propaganda trick is not to invent the Soviet legacy. It is to blame the cleanup crew for the contamination left by the empire.

Gabbard’s release gave that old Russian frame a new American doorway. The result matters more than motive. In American media, the argument quickly became familiar: perhaps Moscow had been right; perhaps Ukraine really was hiding something; perhaps the West had lied. That is exactly how Kremlin narratives migrate. They do not always enter as open Russian claims. Sometimes they enter as American suspicion, American populism, American anti-establishment theater.

This is not a side issue. Russia used biological accusations against Ukraine in the same war in which it used nuclear threats, mass terror, deportations, torture sites, and attacks on civilian infrastructure. A regime that invents pretexts for aggression should not be rewarded when its pretexts are recycled inside the victim’s alliance system.

What I Saw in the Russian Military-Medical State

My concern about this subject is not theoretical. I saw the Russian system from the inside.

I served in the Russian military aviation system at Chkalovsky, in the 8th Special Purpose Aviation Division. This was not ordinary transport aviation. The 223rd Flight Unit was the civilian-looking shell. The real system was special military aviation serving the state: foreign missions, sensitive passengers, high-ranking officials, military cargo, and tasks that existed in the gray zone between logistics, diplomacy, intelligence, and command. During the COVID period, the same aviation system was used for foreign “humanitarian” missions. Such missions were not only about help. In the Russian state, transportation is access. Access is collection. Collection is power.

Before the outbreak became a global public disaster, selected personnel were medically prepared. In my case, the explanation was yellow fever vaccination. Later I transported COVID passengers and did not get sick, long before any official COVID vaccination. This memory is not a laboratory document. It is something different: a witness mark from inside the machinery that Russia would naturally protect if it expected epidemic-related missions.

My father’s memory gives this subject another human signature. He served in the Soviet and Russian strategic military system, including the Strategic Rocket Forces and the 27th institute of the General Staff. To him, Vector in Novosibirsk was not a neutral public-health brand. It belonged to the Soviet military-biological world, the hidden infrastructure of a state that treated disease not only as medicine, but as a weapon problem.

Years later, during COVID, Russia presented its vaccine success through public institutional names. Sputnik V was publicly associated with Gamaleya. Vector later appeared through EpiVacCorona. Those labels describe the public face of the program. They do not settle the internal chain of knowledge, testing, protection, military involvement, or classified preparation. In a closed state, a certificate is not a map.

What matters is that the pandemic activated exactly the inheritance my father remembered: Soviet biological expertise, military medicine, Rospotrebnadzor, Vector, special aviation, foreign missions, and propaganda. The public record itself identifies Vector as one of the world’s two official smallpox repositories and as a center rooted in the Soviet biological-weapons system. [8] Russia did not enter COVID as a normal public-health state. It entered COVID as a security state with a biological memory.

That memory did not stay inside Russia. Before COVID, Moscow had already used epidemic medicine as a foreign-security instrument. Its Ebola work in Guinea placed Russian public-health, military-medical, and biological institutions inside one overseas theater. During COVID, the same logic became more visible. The missions to Italy, Serbia, and other countries were presented as humanitarian help, but they moved Russian military doctors, disinfection units, biological specialists, equipment, aircraft, and access into foreign space at a moment of panic. For a normal country, that might have been only aid. For Russia, it looked like reconnaissance under the language of medicine: a way to test routes, institutions, foreign vulnerabilities, public emotion, and the propaganda value of arriving where Western systems looked confused.

Putin’s own behavior fit that atmosphere. The disinfection tunnels, quarantines around visitors, repeated testing, isolation, and long-table politics were more than personal caution. They showed a state whose ruler was already physically separating himself from the society he governed. [9] The bunker came before the full-scale invasion.

The Pandemic as Rehearsal

COVID did not cause Russia’s full-scale invasion of Ukraine. But it helped train the system that launched it.

The pandemic normalized emergency rule. It made movement restrictions, digital passes, medical bureaucracy, surveillance habits, and command by decree feel ordinary. It taught the state how much pressure society would accept if fear was high enough. It taught officials how to move people, information, supplies, and panic through a centralized machine.

For Russia, this was useful knowledge. For China, the pandemic exposed something equally useful: democracies can be wounded not only by disease, but by argument. The United States lost lives, confidence, trust, time, and moral clarity. Then the debate over responsibility was redirected into an American civil war over expertise, funding, censorship, and institutions. Beijing and Moscow did not need to win the biological argument. They only needed the West to lose certainty.

That is why the COVID-origin question cannot be separated from the information war that followed. Even if the final origin were proven to be an accident, the political use of the pandemic is already visible. China concealed and obstructed. Russia and China redirected blame. Russia used military-medical theater abroad. Authoritarian states learned that a global crisis could weaken Western cohesion without firing a shot.

Why This Returns Now

The timing of the current revival matters. It comes when several fronts are pressing on the same weak point: American will.

Congress has just moved against Trump’s Iran war authority. On June 23, 2026, the Senate passed a war-powers resolution directing him to halt military action against Iran; the measure had already passed the House. The vote was a rebuke at the exact moment when Tehran is trying to survive the consequences of confrontation and preserve the future of its missile, proxy, and nuclear systems. [10]

Israel, meanwhile, is angry over the U.S.-Iran diplomatic track and fears that Washington is rescuing the aggressor network before its capabilities are actually broken. Israeli frustration is not only emotional. It reflects a strategic fear: that Iran will be given time, money, and legitimacy to rebuild what force had begun to damage. [11]

Russia has its own reason to welcome American confusion. Ukrainian long-range strikes are now hitting the Russian energy system with visible effect. Reuters has reported refinery shutdowns, domestic fuel strain, possible diesel export restrictions, and emergency measures in occupied Crimea after Ukrainian attacks on supply routes and energy infrastructure. [12] A Russia that once promised sanctuary now has to explain shortages, queues, and restrictions inside the territory it claims to control.

These pressures are different, but they point toward the same strategic question. Will the United States act like the leader of an alliance system, or will it be drawn into another cycle of self-prosecution?

That is where the biological narratives become useful. The Ukraine “biolabs” story dirties Kyiv. The COVID funding story dirties Washington. The Iran war-powers fight restrains the president. The Israel dispute isolates an ally. None of these stories has to be centrally commanded to produce a common effect. They all thicken the fog around American action.

The Purpose Is Paralysis

Modern influence operations rarely look like a single headquarters sending orders to obedient agents. That image is too simple. The real method is ecological. A hostile state releases a frame. Domestic actors adopt it for their own reasons. Media incentives reward conflict. Ideological factions discover that the foreign narrative serves their internal politics. Soon the original source matters less than the direction of the flow.

The flow today is clear. It moves suspicion away from Beijing, Moscow, and Tehran and back toward America and its allies. It turns Ukraine from victim into suspect. It turns Israel from ally under threat into obstacle to peace. It turns American military power from deterrent into danger. It turns the COVID disaster from a Chinese black box into an American guilt story.

That is why motive is not the only question. A person does not need to be recruited by Russia to serve a Russian line. A politician does not need to be paid by China to make Beijing’s problem disappear. A public figure can believe he is exposing corruption while delivering the exact strategic result an adversary wants.

The test is not hidden biography. The test is effect.

What the West Should Do

America should investigate its own mistakes. It should investigate risky research, NIH and EcoHealth decisions, classified assessments, foreign biological cooperation, and bureaucratic deception wherever it exists. A democratic state must be able to examine itself.

But self-investigation must not become strategic self-destruction. The United States should not allow China’s opacity to disappear behind American paperwork. It should not allow Russia’s old Ukraine biolabs lie to return as a respectable debate. It should not restrain itself against Iran while Tehran’s network survives and adapts. It should not leave Israel to conclude that American diplomacy protects the enemy more than the ally.

The answer is not blind trust in government. The answer is hierarchy. American errors are important. Authoritarian aggression is more important. A failed grant process is not the same as a Chinese cover-up. A biosafety program in Ukraine is not the same as a Russian invasion. Congressional oversight is not the same as strategic paralysis.

The West has spent too much time asking what it did wrong and too little time asking who benefits from that question being asked in isolation.

The Unasked Question

The most frightening possibility is not only that COVID’s origin remains unresolved. It is that the political lessons of COVID have already been learned by the wrong people.

China learned that concealment can be survived. Russia learned that biological accusations can be turned against Ukraine and the United States. Iran learned that Western fear of escalation can become a shield. Western publics learned to distrust their own institutions more quickly than they distrust hostile regimes.

That is the battlefield now. Not only territory. Not only missiles. Not only viruses. The battlefield is the moral direction of suspicion.

A serious investigation of COVID must continue. A serious investigation of U.S. funding must continue. But the missing investigation is the one Moscow and Beijing least want: how authoritarian states used the pandemic, biological fear, and manipulated traces to make America look guilty for the war being waged against it.

That is the victim-framing operation.

And if the West does not recognize it, the next attack will arrive already wrapped in its explanation.

Source notes

[1] Office of the Director of National Intelligence, “DNI Gabbard Reveals Evidence of U.S. Taxpayer-Funded Biolabs,” June 12, 2026.

[2] Ukraine’s Ministry of Foreign Affairs response, reported by European Pravda, June 13, 2026; DTRA fact sheet on the Biological Threat Reduction Program in Ukraine.

[3] The National Desk / Sinclair, “COVID-19 origins & transparency fight returns with new records,” June 23, 2026; Senator Rand Paul materials on COVID-origin and gain-of-function hearings.

[4] World Health Organization, SAGO report statement on COVID-19 origins and missing Chinese data, June 27, 2025.

[5] Office of the Director of National Intelligence, “Potential Links Between the Wuhan Institute of Virology and the Origin of the COVID-19 Pandemic,” June 23, 2023.

[6] U.S. State Department, “How the PRC Amplifies Russian Disinformation,” April 27, 2022; Alliance for Securing Democracy, “Deep in the Data Void: China’s COVID-19 Disinformation,” March 5, 2024.

[7] Defense Threat Reduction Agency, Cooperative Threat Reduction Program: Biological Threat Reduction Program in Ukraine, March 2022.

[8] Filippa Lentzos, “What happened after an explosion at a Russian disease research lab called VECTOR?” Bulletin of the Atomic Scientists, November 27, 2019; M.O. Piskunov, “COVID-19 testing and the Soviet biowarfare project,” 2020.

[9] Reuters, “Russia’s Putin protected from coronavirus by disinfection tunnels,” June 17, 2020; Reuters, “Russia’s Putin says he will be in COVID-19 self-isolation,” September 16, 2021.

[10] Reuters, “US Senate joins House in voting to halt Iran war, rebuking Trump,” June 23, 2026.

[11] The Guardian, “‘It’s a big mistake’: Israelis feel betrayed and angry after Iran peace deal,” June 20, 2026; Axios, “Netanyahu fumes, allies rage over Trump’s Iran deal,” June 18, 2026.

[12] Reuters, “Russia eyes diesel export ban, fuel imports amid Ukrainian strikes; Crimea restricts public life,” June 23, 2026; Reuters, “Ukraine’s Zelenskiy confirms drone strike on refining facilities in Russia’s Tyumen region,” June 20, 2026.

Before Crimea became a word on military maps, before it became a symbol in Putin's mythology, before it became a launchpad for invasion, it was one of the most beautiful places of my childhood.

In the 1990s, I traveled there with my father and mother. My father loved Crimea not as a slogan and not as a geopolitical object, but as a living world. He loved to look for unusual insects, plants, stones, and signs of the peninsula's strange natural richness. We walked into the mountains. We visited archaeological sites. I remember old roads, Roman traces, ancient stones, ruins, the fortress at Sudak, the sea below the cliffs, and the feeling that Crimea was not just a territory. It was a whole civilization compressed into one peninsula.

That is why it is so painful to see what Russia has done to it.

Moscow wants the world to see Crimea as a naval base, a sacred imperial possession, a trophy returned to the empire. But Crimea is not a trophy. It is a real place: beautiful, ancient, fragile, and alive.

The last time I visited Crimea was in 2013. Russian television was already telling us that everyone there wanted to be part of Russia. The propaganda was simple: Crimea was Russian, Crimea was waiting, Crimea only needed Moscow to return.

But that was not what I saw.

Among the people I encountered, the mood was not imperial euphoria. It was exhaustion. People were angry about Viktor Yanukovych, about corruption, about the feeling that the state had been captured by men who treated Ukraine as something to loot. Even in supposedly pro-Russian Crimea, people I met were not talking about joining Russia. They were talking about getting rid of Yanukovych.

At the time, I was surprised. Now I understand that they were right.

That memory is not just nostalgia. It matters because the Russian myth of Crimea is built on a lie. A May 2013 survey of Crimean residents found that 53 percent wanted Crimea to remain an autonomous republic within Ukraine, while only 23 percent supported separating Crimea and giving it to Russia. The same survey showed that Crimeans were worried above all about unemployment, prices, low industrial production, and corruption. Relations with Russia ranked much lower as a public concern. [1]

Crimea was not peacefully returning home. Crimea was taken.

Once Russia took it, it transformed one of the most unique places in Europe into a militarized platform for imperial war. Occupation authorities have restricted political rights, silenced independent media, and repressed opponents; Crimean Tatars have faced especially acute pressure. [2] Russia did not restore Crimea. It desecrated it.

The Geography of the Trap

There is a deep irony here. The very geography that made Crimea valuable to Russia also makes it dangerous for Russia.

Crimea looks like a fortress. It has narrow approaches, defensible terrain, airfields, ports, mountains, and Sevastopol, the great naval base at the center of Russian imperial memory. But Crimea is not an island fortress in the romantic sense. It is a peninsula connected to the mainland by bottlenecks.

The Perekop Isthmus, which links Crimea to mainland Ukraine, is only about five miles wide. North of Crimea lies the Syvash, a maze of shallow inlets. To the east, a 12-mile bridge spans the Kerch Strait and links Crimea to Russia. [3] These facts are not geographical trivia. They are the foundation of the strategic problem.

From the outside, Crimea can look hard to enter. From the inside, it can become hard to escape.

The same narrow approaches that make Crimea defensible can also isolate it. The same sea that gives it reach can become a barrier if the fleet is driven away. The same bridges, rail lines, roads, and ports that connect it to empire can become chokepoints. Once those arteries are threatened, the defender is no longer holding a fortress. He is sitting inside a cage.

Crimea is not indefensible in a simple tactical sense. Perekop, Chonhar, Syvash, Sevastopol, and the Crimean mountains all create serious military obstacles. Crimea can be hard to attack. But it is not strategically secure if its external connections, air cover, ports, railways, fuel depots, and command system are under sustained pressure.

A fortress can resist. A peninsula can be strangled.

A Fortress Until It Is Isolated

History has warned Russia about this more than once.

In the Crimean War, British, French, Ottoman, and Sardinian forces turned Crimea into the central theater of a conflict that Russia could not afford to lose. The Allies landed in Crimea, marched toward Sevastopol, and began a long siege. Russian forces launched relief attempts and fought hard, but after the French assault on the Malakoff position in September 1855, Russian forces burned arsenals and abandoned the city. The Peace of Paris returned Sevastopol to Russia, but demilitarized the Black Sea and barred Russian fleets and forces from the theater. [4]

That was not just a battlefield defeat. It was a strategic humiliation. Russia lost the fortress and then lost the political freedom to use the Black Sea in the way it had intended.

In 1941 and 1942, Crimea again became a trap. German forces broke through the Perekop Isthmus and advanced rapidly into the peninsula, but they could not immediately take Sevastopol. The reason was not only Soviet courage or fortification. It was supply. The Black Sea Fleet could resupply and reinforce the garrison. Sevastopol held out for 250 days. Only after German air power, artillery, and anti-shipping pressure broke Soviet positions on the Kerch Peninsula and strangled Sevastopol did the fortress fall in July 1942. [5]

The lesson was brutal: Crimea can resist for a long time, but only while the defender can keep outside supply and reinforcement alive.

In 1944, the pattern reversed. The Red Army sealed off Crimea, and the German 17th Army found itself defending the peninsula under worsening conditions. Soviet forces had cut Crimea's land lines of communication in late 1943, leaving naval and air resupply as the remaining alternatives. Hitler refused an evacuation because he treated Crimea as a political and strategic symbol. Within a month of the Soviet offensive, Sevastopol had fallen, and Axis losses were enormous. [5]

Another account of the same campaign puts the pattern in even sharper form: Soviet advances sealed off Crimea, bottled up the German 17th Army, forced the line at Perekop, overran the peninsula, and then crushed the remaining position at Sevastopol. [6]

This is Crimea's recurring military pattern: it is a fortress until it is isolated. Then it becomes a trap.

Putin's Trophy Becomes a Liability

For Putin, Crimea was never just real estate. It was the founding myth of the new empire.

The 2014 annexation was sold to Russians as proof that Putin had reversed history, restored greatness, and made Russian conquest irreversible. Crimea became the emotional center of the regime. It was the place where Putin could tell the public that humiliation was over, that the Soviet collapse had been avenged, and that Russia had returned.

But militarily, Crimea has become less like an unsinkable aircraft carrier and more like a forward base under pressure.

The logistical logic is unforgiving. A CNA study of Russian military logistics found that Russia's early successes in the southern axis were helped by sustained access to railheads, and that from Crimea Russian forces had access to two main rail lines while seeking additional rail hubs in Melitopol and Kherson. The same study noted the importance of the Kerch bridge for logistics to Crimea and Kherson, primarily by rail, and warned that road and ferry alternatives could not easily compensate for the loss of rail transport. [7]

In other words, Crimea's power depends on arteries. Railways, bridges, ports, ferries, depots, repair crews, fuel, air defense, command posts, and roads are not background details. They are the system that makes the peninsula usable as a military base.

Ukraine has already shown that this system can be pressured.

The Black Sea is the clearest example. RUSI wrote in 2025 that Russia's Black Sea Fleet had lost around a third of its combat strength and had been forced from its home port at Sevastopol by Ukrainian long-range strike capabilities and uncrewed surface vessels. [8] Carnegie's 2026 assessment went further, arguing that Ukraine's asymmetric approach had rendered Russia's Black Sea Fleet functionally useless for many of its former purposes, while forcing key naval assets to withdraw to Novorossiysk. [9]

That is a strategic transformation. Sevastopol was not supposed to be just another port. It was the heart of Russian Black Sea power. A naval base whose fleet cannot safely remain there is not a secure bastion. It is a target.

The land routes are now under pressure too. In June 2026, Reuters reported that Ukrainian strikes were hitting logistics across the occupied south, including the Russian-occupied port of Mariupol and the Chonhar bridge connecting Russian-occupied territory to Crimea. The same report described the southern land bridge as a critical supply corridor for Russian forces. [10]

Reuters also reported that residents of Russian-controlled Crimea were facing gasoline rationing after Ukrainian attacks constricted supplies from Russia, and that some of Ukraine's attacks had focused on the two main arteries for supplies to Crimea: routes across Russian-controlled southeastern Ukraine and the Kerch Strait. [11] A day later, Reuters reported that Sevastopol's Moscow-installed authorities delayed fuel distribution because trucks had been unable to bring fuel into the city after strikes on supply routes. [12]

This does not prove that Crimea will collapse tomorrow. It proves something more important: the mechanism of the trap is already visible.

Not one cinematic blow. Not one instant catastrophe. A tightening system.

Fuel does not arrive. Ammunition becomes harder to move. Air defense is forced to cover too many valuable targets. Ports are threatened. Ships leave. Trucks queue. Rail repairs absorb resources. Local authorities ration. Commanders begin to understand that the rear is no longer the rear.

Why the Southern Axis Has Strategic Leverage

This is why the Crimea and southern axis has such strategic leverage for Ukraine.

The argument is not that Crimea is easy to liberate. It is not. Russia has spent years fortifying it. The approaches are narrow. The terrain is difficult. The political stakes for Moscow are enormous. Any campaign around Crimea would be dangerous, complex, and costly.

But difficult is not the same as secure.

Crimea offers strategic leverage because pressure there threatens the architecture of Russia's entire southern occupation. It threatens the land bridge. It threatens Sevastopol. It threatens the Kerch connection. It threatens airfields, depots, railheads, fuel flows, headquarters, air-defense allocations, repair systems, and the political credibility of the occupation.

A Russian unit in Donetsk or Zaporizhzhia may not be physically inside Crimea, but the southern front is tied to Crimea by logistics, morale, command attention, political symbolism, and operational depth. If Crimea becomes increasingly unusable as a rear base, the southern occupation begins to lose coherence. If the land bridge becomes unreliable, the Russian military must either pour more resources into protecting it or accept growing risk. If the Kerch connection is threatened, the entire peninsula starts to resemble a forward pocket rather than a strategic rear.

This is how a local crisis becomes systemic.

Every air-defense system sent to Crimea is one not protecting another target. Every engineering unit repairing a bridge is one not preparing new fortifications. Every reserve held for the southern corridor is one not available elsewhere. Every tanker truck, ferry, rail schedule, and rationing system becomes part of a defensive struggle that Russia did not expect to fight inside its supposed sanctuary.

Armies do not collapse only when every trench is stormed. They collapse when the system that sustains them loses predictability. A front can look continuous until its rear becomes chaotic, its logistics become intermittent, and its commanders lose confidence that tomorrow's supplies will arrive.

That is why Crimea can threaten more than Crimea.

Why Crimea Would Be a Regime-Level Defeat

The liberation of Crimea would not be a normal Russian defeat.

It would be a strategic defeat. It would be a legal defeat. It would be a military defeat. But above all, it would be a mythological defeat for Putin's regime.

Crimea is the sacred object of Putinism. The annexation of 2014 was the moment the regime stopped merely promising restored greatness and claimed to have delivered it. The peninsula became proof that Putin could change borders, defy the West, humiliate Ukraine, and force the world to adjust to Russian power.

That is why Moscow has treated Crimea as irreversible. Not because international law made it so, but because Putin's domestic narrative required it.

International law said the opposite. United Nations General Assembly Resolution 68/262 affirmed Ukraine's territorial integrity within its internationally recognized borders, underscored that the March 2014 referendum in Crimea had no validity, and called on states and organizations not to recognize any alteration of Crimea's status based on that referendum. [13]

Liberation would therefore do more than return territory. It would expose the fraud at the center of the war: the claim that conquest becomes sovereignty if Moscow repeats the lie long enough.

The consequences for Putin would be severe.

First, Russia would lose the central symbol of the entire imperial project. The slogan of Crimea forever would die in the place where it began.

Second, Russia would lose the main platform from which it tried to dominate the northern Black Sea. Since 2014, Crimea has served as a military lever against Ukraine and the region. Its loss would change not only the map of Ukraine, but the balance of the Black Sea.

Third, the defeat would tell every occupied territory that Russian annexation is not permanent. If Crimea can be liberated, then no Russian occupation can safely present itself as destiny.

Finally, it would strike at Putin personally. Crimea is not just another occupied region for him. It is the place where he wrote the myth of his rule. Losing it would not be a retreat from a distant battlefield. It would be the collapse of the story he has told Russia since 2014.

The Kremlin could survive many tactical defeats. It would find words for them. It always does. But Crimea is different. Crimea is supposed to be the proof that Putin wins history. If Crimea returns to Ukraine, the proof becomes evidence against him.

The Trap and the Place

For me, Crimea is not an abstraction. It is not only Sevastopol, Perekop, Syvash, Chonhar, Kerch, airfields, bridges, naval bases, and supply corridors.

It is the mountains where I walked with my father. It is the insects and plants he loved to find. It is the ancient stones, the ruins, the dry hills, the sea, the fortress at Sudak, and the memory of a place too beautiful to be reduced to an imperial slogan.

Russia turned Crimea into a weapon.

That is why Crimea has become a trap.

The tragedy is that the trap was not created by Crimea itself. It was created by the empire that occupied it, militarized it, and chained its army to a peninsula whose geography has punished empires before.

Crimea's liberation would be more than the removal of Russian troops from Ukrainian land. It would be the release of a living place from a military cage. It would be the defeat of the idea that beauty can be conquered, history can be forged by force, and occupation can become truth.

When the trap closes, it may not only break a Russian army.

It may break the myth that began this war.

Source notes

[1] International Republican Institute, Baltic Surveys/The Gallup Organization, and Rating Group Ukraine, "Public Opinion Survey Residents of the Autonomous Republic of Crimea," May 16-30, 2013.

[2] Freedom House, "Russian-occupied territories of Ukraine: Freedom in the World 2026."

[3] Encyclopaedia Britannica, "Crimea," especially geography, Perekop Isthmus, Syvash, Kerch Strait bridge, and Russia's illegal annexation.

[4] Robert Citino, "The Peninsula: The Crimea at War," The National WWII Museum, July 5, 2018, especially the Crimean War section and Peace of Paris discussion.

[5] Jacob Kipp, "A Look Back at the WWII Crimean Campaign," War on the Rocks, December 8, 2014.

[6] Robert Citino, "The Peninsula: The Crimea at War," The National WWII Museum, July 5, 2018, especially the World War II section on Sevastopol and the 1944 Soviet offensive.

[7] CNA, "Russian Military Logistics in the Ukraine War: Recent Reforms and Wartime Operations," September 2023.

[8] RUSI, "Black Sea Significance to European Security," April 14, 2025.

[9] Alina Frolova and Stepan Yakymiak, "The Changing Military Balance in the Black Sea: A Ukrainian Perspective," Carnegie Endowment for International Peace, April 2, 2026.

[10] Reuters, "Ukraine strikes key logistics in Russian-occupied south," June 10, 2026.

[11] Reuters, "Russian-held Crimea grapples with fuel shortages as Ukraine conducts more drone attacks," June 10, 2026.

[12] Reuters, "Russian-held Sevastopol suspends fuel distribution as Zelenskiy praises attacks on energy assets," June 11, 2026.

[13] United Nations General Assembly Resolution 68/262, "Territorial integrity of Ukraine," adopted March 27, 2014.

Russia recently produced an almost perfect metaphor for its nuclear politics. In St. Petersburg, an amusement park opened a ride called Oreshnik, named after Russia's nuclear-capable intermediate-range missile. The attraction is shaped like a rocket. Visitors are lifted into the air and dropped. The real Oreshnik has been fired by Moscow at Ukraine, while Putin has claimed it is impossible to intercept - a claim Western experts dispute. [1]

A nuclear-capable missile became a children's ride.

It sounds absurd, but it reveals something essential. In Putin's Russia, nuclear weapons are not only military systems. They are political objects. They reassure the population, intimidate foreign audiences, flatter the regime, and compensate for conventional failure. The missile is not merely supposed to deter Washington, Kyiv, or Warsaw. It is supposed to tell Russians that the state still possesses ultimate power.

This is why road-mobile nuclear missiles are so attractive to authoritarian regimes. You cannot parade a submarine. You cannot parade a silo. But you can parade a giant missile truck.

And that may be one of the hidden weaknesses of the whole concept.

The missile that wants to be seen

The road-mobile ICBM is almost perfectly designed for authoritarian theater. It is huge, slow, photogenic, and easy to understand. A submarine is abstract. A silo is invisible. A command network is boring. But a Yars launcher rolling across Red Square tells the viewer exactly what to feel: fear, pride, obedience, destiny.

Russian Victory Day is not merely a military ceremony. It is a ritual of regime legitimacy. The state places weapons, soldiers, flags, and Soviet mythology into one visual story: Russia suffered, Russia conquered, Russia cannot be defeated.

The mobile missile belongs naturally inside that story. It is not just a weapon. It is a moving monument.

That is already a problem.

A dictatorship can fake the parade version of deterrence much more easily than the operational version. It can polish the launcher, rehearse the formation, choose the camera angle, and make the announcer say unstoppable. But none of that answers the real question: can the system work after the first strikes have already landed?

The camera loves the launcher. War loves the maintenance log.

Mobility is not survivability

The standard argument for mobile ICBMs and IRBMs is simple: if the missile can move, the enemy cannot easily destroy it. A road-mobile launcher can leave its base, disperse, hide, and preserve retaliatory capability.

This theory was not stupid in the Cold War. It is not stupid even now. Mobility can make targeting harder. But the word mobile hides the real problem.

A mobile missile is not just a missile on wheels. It is a whole system that must keep functioning under extreme conditions. The launcher has to receive orders, orient itself, communicate, prepare the launch, and fire correctly after the battlefield around it has been damaged or destroyed.

This is where my father's experience shaped my view. He studied in the academy of the Soviet Strategic Rocket Forces - the RVSN - and worked on the survivability of mobile missile systems in a deep retaliatory strike scenario. Not the parade scenario. Not the clean diagram in a classroom. The real question was uglier: after nuclear strikes nearby, can the unit still operate?

The answer was much less romantic than Soviet mythology suggested.

A launcher might physically survive. But that does not mean the missile force survives as a force. Roads can be blocked. Communications can fail. The crew can lose reliable orientation. Support vehicles can be destroyed or separated. The system can remain alive on paper while becoming useless in reality.

Later, during my own time as an officer, I heard the everyday version of the same problem: neglected maintenance, paper readiness, stolen consumables, bad discipline, and equipment everyone pretends is fine because admitting the truth is dangerous. In a system like that, even sophisticated hardware degrades into theater.

This is the real weakness of mobile nuclear forces. Their survivability depends on institutional competence. Russia has spent the last several years demonstrating how thin that competence often is.

The Russian nuclear myth is weaker than it looks

Russia's nuclear arsenal is physically real. Its aura is overmarketed.

The Federation of American Scientists estimates that Russia has about 4,400 stockpiled nuclear warheads, with roughly 1,796 deployed strategic warheads: about 892 on land-based ballistic missiles, 704 on submarine-launched ballistic missiles, and 200 at bomber bases. The same assessment says Russia's nuclear modernization is partly driven by the Kremlin's desire to maintain prestige and compensate for inferior conventional forces, and it notes that Russian military performance in Ukraine has been much less effective than many experts expected. [2]

Those numbers are politically useful. They invite the world to think about nuclear power as a table of warheads rather than a system of delivery, maintenance, command, and survival.

The real question is not how many warheads exist on paper. The real question is how many can be delivered under stress, after surprise, through chaos, by crews and institutions that actually work.

Ukraine exposed the distance between Russian military appearance and Russian military reality. Before 2022, many analysts treated the Russian army as a modern combined-arms machine. Then the war revealed corruption, weak logistics, poor command culture, inflated reporting, and a habit of confusing formal readiness with real readiness.

There is no reason to assume the nuclear forces are magically free from the same state disease. They receive more prestige, yes. But they exist inside the same political system: a system where bad news moves upward badly, careers depend on optimism, and performance for the leader often matters more than performance under fire.

This is why Russian nuclear threats should be read differently. They are not the calm signals of a confident superpower. They are the threats of a regime trying to compensate for conventional weakness with nuclear theater.

Russia is not strong because it threatens nuclear war. It threatens nuclear war because much of the rest of its power has been exposed as weaker than advertised.

The transparent battlefield

The old Soviet logic assumed that distance and mobility created survivability. Hide the launcher in a vast country, move it through prepared routes, and the enemy cannot confidently destroy it.

Modern war is eroding that assumption.

Commercial satellites, drones, electronic signatures, cellular networks, open-source intelligence, and AI-assisted analysis have changed what it means to hide military equipment. A mobile launcher is not a ghost. It has a garrison, routes, support vehicles, routines, emissions, and human habits.

Ukraine's 2025 Operation Spider's Web was a warning. Reuters reported that Ukraine used 117 drones smuggled into Russia and launched near military bases to strike strategic, nuclear-capable bombers; in some cases, AI helped guide the drones. Reuters also reported that satellite imagery showed several Russian strategic bombers destroyed or badly damaged. [3, 4]

Those aircraft were not mobile missile launchers. But the lesson is directly relevant: Russia's supposedly protected strategic assets can be found, approached, and damaged by a smaller enemy using cheap systems creatively.

A mobile ICBM force is harder to attack than parked bombers. But it also has more ways to fail. It depends on concealment discipline, secure communications, route control, reliable vehicles, trained crews, and constant maintenance. Russia's problem is that these are exactly the areas where its military culture is weakest.

The transparent battlefield does not make hiding impossible. It makes bad habits visible.

In 2026, the contradiction became almost literal. Reuters reported that Russia held one of its most scaled-back Victory Day parades in years because of the threat from Ukraine. Unlike previous years, there were no tanks or other military equipment rolling across Red Square. Weapons, including a Yars ICBM and a nuclear submarine, were shown on giant screens instead. North Korean troops who had fought against Ukraine in Russia's Kursk region also marched in the parade. [5]

The state that loves to display nuclear power had to replace the physical parade with a screen version because the war had made even the parade feel vulnerable.

Mobility still matters. But mobility no longer means disappearance.

Oreshnik as a parable

Oreshnik is not just another missile. It is a parable of the Russian system.

CSIS identifies Oreshnik as an operational Russian road-mobile IRBM with single-warhead or MIRV capability and an estimated range of 3,500 to 5,470 kilometers. [6] In other words, it fits the pattern perfectly: mobile, dramatic, nuclear-capable, and wrapped in propaganda.

But the public image is messier than the Kremlin's mythology. Putin says it is impossible to intercept; Western experts question that. Russia markets it as a strategic miracle; public assessments describe it as likely derived from an older road-mobile missile program. [1, 6]

Then the system completes the circle: the missile becomes an amusement park ride.

A strategic weapon becomes a brand. A military system becomes entertainment. Nuclear deterrence becomes domestic theater.

That is Russia's nuclear aesthetic in one image: frightening, theatrical, technically ambiguous, and politically overproduced. The Kremlin does not merely want missiles that work. It wants missiles that perform.

China is building the serious version

China is not Russia. It is more industrial, more patient, and more disciplined. But that does not make its nuclear modernization benign.

The most important thing about China's nuclear buildup is not simply that it is growing. It is how it is growing.

FAS estimates that China has produced roughly 600 nuclear warheads and that the PLA Rocket Force operates about 712 land-based launchers capable of delivering nuclear warheads. FAS also estimates that China is building about 350 new missile silos and several new bases for road-mobile missile launchers. [7]

This is not a mature submarine-centered deterrent like America's. China's undersea leg is improving, but FAS describes China's current Type 094 ballistic missile submarines as noisy compared with current U.S. and Russian missile submarines. [7]

China's most developed nuclear strength therefore remains heavily land-based. That means silos, mobile launchers, launch pads, tunnels, command facilities, and dual-capable regional missiles. It is more systematic than Russia's decaying parade version, but it still leans on the part of the nuclear triad most exposed to the modern transparency problem.

The DF-26 is the key example. CSIS describes it as a road-mobile Chinese IRBM with a range of about 4,000 kilometers, able to carry either a conventional or nuclear warhead. FAS estimates that China has about 250 DF-26 launchers in seven brigades, with an eighth brigade under construction, and warns that its dual conventional/nuclear role creates dangerous command-and-control ambiguity: a conventional launch could be misread as nuclear and trigger retaliation or preemption. [7, 8]

China still declares a no-first-use policy. But force structure matters more than slogans. FAS notes that China is developing early-warning capabilities, that its modernization could give Beijing new ways to coerce with nuclear or dual-capable forces, and that the Pentagon assesses Beijing might consider nuclear first use if conventional defeat over Taiwan gravely threatened Communist Party regime survival. [7]

Reuters has also reported that China is building more than 80 launch pads near the Hami nuclear silo field, along with facilities that analysts said may support mobile missile launchers, air defense, electronic warfare, satellite communications, and command operations. [9]

Officially, this is called deterrence. In reality, it looks increasingly like a nuclear warfighting architecture: not just a force designed to retaliate after catastrophe, but one designed to create fear, ambiguity, and escalation pressure during a conventional crisis.

Russia's version is decaying and theatrical. China's version is systematic. That makes China more dangerous, not less.

North Korea says the quiet part openly

North Korea is the crude but clarifying case.

In 2022, Pyongyang passed a law formally enshrining the right to use preemptive nuclear strikes. Reuters reported that the law allows preemptive nuclear use if North Korea detects an imminent attack by weapons of mass destruction or any kind of attack aimed at its leadership or nuclear command organization. Reuters also reported that the law calls for automatic nuclear launches if North Korea's leadership or command-and-control system is threatened. [10, 11]

That is the use-before-losing logic written into law.

North Korea does not hide the logic as carefully as China does. It says openly what more sophisticated regimes prefer to bury under doctrine, ambiguity, and strategic language: if the regime fears it may lose control, it wants the option to go first.

That makes North Korea useful as a warning. It shows where brittle authoritarian nuclear logic naturally leads.

The axis is already real

The dictators' axis is not a metaphor anymore. It is an operating strategic reality.

China and Russia declared a no-limits strategic partnership shortly before Russia's full-scale invasion of Ukraine. Since then, China has become Russia's biggest trading partner and has thrown Moscow an economic lifeline under Western sanctions. Putin has called China an ally, and Reuters has described the relationship as one in which both leaders personally oversee key elements of cooperation. [12]

North Korea has moved from symbolic support to direct war support. Reuters reported that Kim Jong Un sent troops and weapons to support Russia's war against Ukraine, while Beijing has moved to reinforce its own influence over Pyongyang. [13]

This is how the axis works. China is the central power. Russia is the battered nuclear inheritance of the old Soviet empire, now increasingly dependent on Beijing. North Korea is the reckless trigger on the edge of Northeast Asia. Iran belongs to the same anti-Western system, but the nuclear-missile triangle of China, Russia, and North Korea is the core of the first-use problem.

CNAS describes the broader alignment among China, Russia, Iran, and North Korea as an Axis of Upheaval, with deepening economic, military, and technological ties accelerated by Russia's invasion of Ukraine. [14]

The axis does not need a single public war plan to act together. It already acts through pressure, timing, supply, diplomatic cover, and shared anti-Western purpose. China pressures the Pacific. Russia pressures Europe. North Korea pressures Korea and Japan. Each regime has its own interests, but their combined effect is to stretch Western attention, industry, and political will across multiple theaters.

This is coordinated enough to matter.

Mobile missiles fit perfectly into this system. They are cheaper than submarines, easier to scale than strategic aviation, more visible than silos, and useful for both propaganda and crisis pressure. They can be shown, hidden, threatened, dispersed, and, if the regime decides time is running out, fired.

That is where deterrence begins to invert.

From deterrence to first use

The darkest possibility is not that Moscow believes every word of its own propaganda. The darker possibility is that Moscow and Beijing understand the weakness.

If road-mobile missiles are weak as a second-strike deterrent, they may become more attractive as first-use weapons. Not because they are invincible, but because they are vulnerable. A regime that fears its mobile launchers can be tracked, degraded, trapped, or destroyed in a prolonged crisis has a simple incentive: use them early.

This is the sinister logic of brittle nuclear forces.

A survivable deterrent can afford patience. A fragile deterrent is tempted by speed.

The Cold War model of nuclear deterrence was built around the expectation that both sides could absorb an attack and still retaliate. That made waiting rational. But if the battlefield becomes transparent enough, and if a regime doubts its own ability to survive a first blow, the psychology changes.

The weapon that cannot survive the future battlefield starts to look useful before that battlefield fully appears.

This is where Russian nuclear threats should be understood differently. They are not proof of strategic confidence. They are the language of a declining power trying to compensate for failure.

Putin's 2024 nuclear doctrine lowered the threshold for possible nuclear use in response to a wider range of conventional attacks. Reuters reported that Russia could consider nuclear use in response to a conventional attack on Russia or Belarus that creates a critical threat to sovereignty or territorial integrity. [15]

That is not stable deterrence. That is nuclear coercion entering conventional war.

If the Kremlin concludes that Russia cannot win a long conventional confrontation, and if it doubts the survivability of its retaliatory forces, then nuclear first use becomes more tempting. Not necessarily as an immediate apocalyptic exchange, but as a shock weapon: a way to freeze Western decision-making, split alliances, stop a defeat, or force negotiations before Russian weakness becomes irreversible.

China's version is more disciplined. In a Taiwan crisis, the goal would not be theatrical revenge. It would be paralysis: shock Washington and its allies before they can mobilize fully, while Russia and North Korea generate simultaneous pressure in other theaters.

This is the axis first-use machine. Not a single button. Not one command bunker. A system of overlapping crises designed to create the belief that hesitation kills.

The escalation void

The Cold War was terrifying, but it had a brutal structure. Two superpowers built enormous arsenals around mutual retaliation. Each side knew that even a successful first strike would still invite destruction. Nuclear weapons were horrifying, but the logic had weight: do not start what you cannot finish.

The new danger is different.

We may be entering an escalation void - a world where authoritarian regimes believe their conventional forces cannot defeat the West cleanly, their nuclear forces may not survive patiently, and their best chance is to strike first, shock fast, and force political paralysis.

Russia is already a damaged power. Its conventional army failed to achieve its central political objectives in Ukraine. Its strategic prestige has been wounded. Its nuclear rhetoric grows louder as its other instruments look weaker.

China is the central actor. It has the industry, ambition, and strategic patience Russia lacks. But its nuclear architecture still leans heavily on land-based missiles in an increasingly transparent world. That creates a dangerous combination: systematic planning built around a vulnerable force.

North Korea is the accelerant. It does not need to be strong enough to win. It only needs to make a regional crisis more explosive.

This is the abyss: not the old fear that nuclear weapons are too strong to use, but the new fear that brittle nuclear forces may be used because they are too weak to wait.

What the West must understand

The West should stop treating Russian nuclear blackmail as evidence of Russian strength. It is more likely evidence of weakness searching for one last lever.

It should stop treating China's buildup as ordinary modernization. It may be the architecture of nuclear coercion in a Taiwan crisis.

And it should stop treating North Korea as a separate sideshow. Pyongyang is part of the same use-before-losing world.

The strategic goal should be simple: remove the belief that authoritarian nuclear first use can succeed. That requires survivable Western deterrence, persistent intelligence, hardened command systems, industrial depth, and the ability to respond across multiple theaters without political paralysis.

That last point matters. CSIS warned in 2026 that the United States would struggle in a protracted war with China because of shortages in long-range munitions, air-defense systems and interceptors, and unmanned systems; it also warned that deterring or fighting in both the Indo-Pacific and Europe would be even harder. [16]

The strongest Western advantage remains the least theatrical one: survivability. The U.S. Navy says the Columbia-class ballistic missile submarine will provide the most survivable leg of the strategic triad, and FAS estimates that of roughly 1,770 deployed U.S. nuclear warheads, about 970 are on submarine-launched ballistic missiles. [17, 18]

That is the opposite of the parade missile.

The submarine is boring to the crowd because it is doing its job. The mobile ICBM is exciting to the crowd because it is doing politics.

You cannot put the ocean on Red Square. That is precisely why the ocean is useful.

The weapon that cannot wait

The mobile missile myth began as a promise of survivability. In the Cold War, a missile on wheels seemed harder to destroy than a missile in a silo. It could leave its base, disappear into a vast landscape, and preserve retaliation.

That world is disappearing.

The modern battlefield is not kind to large machines that depend on roads, routines, support vehicles, communications, and secrecy. Satellites, drones, electronic surveillance, AI-assisted analysis, cyber operations, and long-range precision strike are turning mobility into a weaker form of concealment. The launcher still moves, but movement no longer means invisibility.

This is the dangerous inversion at the center of the new nuclear environment:

The weaker a deterrent becomes as a second-strike force, the more attractive it becomes as a first-use weapon.

Russia's version is theatrical and decaying. China's version is more systematic, but still heavily land-based and exposed to the same transparency problem. North Korea's version is already openly preemptive. Together, they point toward the same logic: a brittle nuclear force may not wait patiently for deterrence to work. It may be built, or eventually used, to strike before its weakness is exposed.

The Western task is therefore precise: deny the dictators' axis the belief that first use can succeed. Deny it the confidence that a sudden nuclear shock can paralyze alliances, freeze decision-making, or compensate for conventional failure. Deny it the fantasy that brittle nuclear forces become more useful when fired early.

The old mobile missile age is ending, but the weapons remain. They are no longer protected by the assumptions that created them. And regimes that fear losing them may decide that their only useful moment is before the transparent battlefield catches up.

Not survivability.

First use.

Source notes

[1] Reuters, "Russian fun park launches 'Oreshnik' ride," June 5, 2026.

[2] Hans M. Kristensen, Matt Korda, Eliana Johns, and Mackenzie Knight-Boyle, "Russian nuclear weapons, 2026," Bulletin of the Atomic Scientists, May 14, 2026.

[3] Reuters, "How Ukraine pulled off an audacious attack deep inside Russia," June 4, 2025.

[4] Reuters, "Satellite imagery shows Ukraine attack destroyed and damaged Russian bombers," June 3, 2025.

[5] Reuters, "Putin attends scaled-back WW2 victory parade as worries over Ukraine war deepen," May 9, 2026.

[6] CSIS Missile Threat, "Oreshnik," January 12, 2026.

[7] Hans M. Kristensen, Matt Korda, Eliana Johns, and Mackenzie Knight-Boyle, "Chinese nuclear weapons, 2025," Bulletin of the Atomic Scientists, March 12, 2025.

[8] CSIS Missile Threat, "DF-26."

[9] Reuters, "China is building launch pads near its nuclear missile silos," May 28, 2026.

[10] Reuters, "New North Korea law outlines nuclear arms use, including preemptive strikes," September 9, 2022.

[11] Reuters, "Kim Jong Un's 'decapitation' fears shine through in new North Korea nuclear law," September 9, 2022.

[12] Reuters, "Friends of steel: Xi and Putin pledge to stand together against U.S.," May 8, 2025.

[13] Reuters, "China is rebuilding its grip on North Korea. Is Kim Jong Un ready to oblige?" March 11, 2026.

[14] Center for a New American Security, "Axis of Upheaval."

[15] Reuters, "Putin issues warning to U.S. with new nuclear doctrine," November 19, 2024.

[16] CSIS, "Is the United States Prepared for a War with China?" May 12, 2026.

[17] U.S. Navy, "Fleet Ballistic Missile Submarines - SSBN," February 27, 2025.

[18] Hans M. Kristensen, Matt Korda, Eliana Johns, and Mackenzie Knight-Boyle, "United States nuclear weapons, 2026," Bulletin of the Atomic Scientists, March 12, 2026.

The end of the Intermediate-Range Nuclear Forces Treaty did not simply reopen a Cold War argument. It created a different problem. Ground-launched theater-range missiles are returning in a world shaped by precision targeting, space-based surveillance, drones, cyber operations, and command systems that can move information almost instantly.

That matters because a missile is no longer only a missile. In modern military planning, it is often the final element of a larger reconnaissance-strike system: sensors identify a target, data networks transmit information, commanders authorize action, and precision weapons execute the strike. Range still matters, but range becomes more consequential when it is combined with speed, accuracy, and real-time targeting.

The post-INF debate should therefore be framed less as a narrow argument about one class of weapons and more as a question of crisis stability. The central issue is whether new missile deployments strengthen deterrence without making escalation faster than diplomacy.

A treaty built for a different strategic environment

The INF Treaty eliminated U.S. and Soviet ground-launched ballistic and cruise missiles with ranges between 500 and 5,500 kilometers. It was a major arms-control achievement because it removed weapons that could reach military infrastructure, command facilities, and political centers across Europe in very short timeframes. [1, 2]

The treaty addressed a specific Cold War problem: the deployment of Soviet SS-20 missiles and NATO’s subsequent deployment of Pershing II ballistic missiles and ground-launched cruise missiles. In Europe, the issue was not only destructive power. It was warning time. A missile that could reach key targets in minutes created pressure to decide quickly, and quick decisions are dangerous in a nuclear crisis.

The treaty was also limited by design. It did not cover sea-launched or air-launched missiles. It did not include China, India, Pakistan, North Korea, Iran, or other missile powers. It did not anticipate today’s combination of persistent surveillance, long-range precision strike, and automated data processing.

That is why the end of the treaty in 2019 did not bring the world back to the 1980s. It brought the missile class into a more complex strategic environment.

Why this missile class matters

Intermediate-range and medium-range missiles occupy an ambiguous space between tactical weapons and strategic forces. They are not intercontinental ballistic missiles, yet they can reach theater-level command posts, air bases, ports, missile-defense sites, logistics hubs, naval forces, and critical infrastructure from regional launch areas.

They can also be difficult to interpret. Some systems are conventional, some are nuclear, and some are dual-capable. A state under attack may not immediately know which type of warhead is incoming. It may also be unclear whether a strike is intended to disable a discrete military target, degrade air defense, suppress long-range fires, or disrupt national command-and-control.

This ambiguity is the core problem. In a crisis, the difference between a conventional strike and a strategic attack can become hard to see. A weapon may be described as conventional by the state deploying it, while the state facing it may judge the same weapon by its range, target set, and proximity to national command systems.

Geography intensifies the issue. Countries located near potential launch areas experience shorter warning times than countries protected by oceans or strategic depth. Alliance geography matters as well: the United States must think about allies in Europe and Asia, while Russia and China focus heavily on military activity near their borders and surrounding regions. The same missile can therefore look defensive from one capital and offensive from another.

What changed after 2019

Several developments since the end of the INF Treaty have made the issue more urgent.

First, the arms-control environment has weakened. New START, the last major bilateral treaty limiting U.S. and Russian strategic nuclear forces, expired on February 5, 2026. Its expiration removed the final legally binding numerical limits on deployed strategic nuclear weapons between the two largest nuclear powers. [3, 4]

Second, China has become more central to the missile balance. The U.S. Department of Defense assessed in its 2025 China Military Power Report that China’s nuclear stockpile remained in the low 600s through 2024 and that China remained on track to exceed 1,000 operational nuclear warheads by 2030. China is still far below U.S. and Russian nuclear totals, but the direction of its buildup changes the strategic setting. A two-power arms-control framework is increasingly mismatched with a three-power nuclear and missile environment. [5]

Third, the United States has moved from post-INF development to field experimentation and deployment. The U.S. Army’s Mid-Range Capability, known as Typhon, deployed to the Philippines in 2024 as part of Exercise Salaknib. In May 2026, during Balikatan, U.S. forces fired a Tomahawk from the Typhon system in the Philippines. In Europe, the United States and Germany announced in 2024 that U.S. long-range fires could begin episodic deployments to Germany in 2026, including SM-6, Tomahawk, and developmental hypersonic weapons. The U.S. Army has also continued work on the Long-Range Hypersonic Weapon, known as Dark Eagle. [6, 7, 8, 9]

Fourth, Russia has demonstrated new post-INF options. CSIS assesses the Oreshnik as an operational, road-mobile intermediate-range ballistic missile likely modified from the RS-26 Rubezh. Russia has used the system against Ukraine, making it part of the practical rather than purely theoretical post-INF environment. [10]

Fifth, regional missile powers remain important. India, Pakistan, North Korea, and Iran shape local balances and alliance decisions even when they are not central to U.S.-Russia or U.S.-China arms-control debates. The missile problem is therefore global, not only bilateral.

Why states are returning to theater-range missiles

The return of ground-launched theater-range missiles is not driven by a single motive. Different states see different advantages.

For the United States and its allies, these systems can provide conventional options between short-range battlefield fires and strategic weapons. In Europe, they can contribute to deterrence by increasing the cost of attacks against NATO territory. In the Indo-Pacific, they can help offset the large Chinese missile inventory and support a denial defense along the first island chain. The 2026 U.S. National Defense Strategy emphasizes deterrence by denial in the Indo-Pacific and calls for stronger cooperation with allies and partners in that region. [11]

For Russia, theater-range missiles can offset NATO’s conventional advantages, complicate reinforcement plans, and signal escalation risks in Europe. They also provide a way to hold regional targets at risk without relying only on intercontinental systems.

For China, land-based missile forces are central to regional military planning. Systems such as the DF-26 can reach Guam and can carry conventional or nuclear payloads. These capabilities support anti-access and area-denial concepts and complicate U.S. operations in a Western Pacific crisis. [12]

For smaller or regional powers, missiles can be a relatively affordable way to offset stronger air or naval forces. They can deter, coerce, or compensate for weaknesses in other parts of a military system.

None of these rationales automatically makes a deployment stabilizing or destabilizing. The effect depends on basing, range, payload, command arrangements, transparency, and the political context in which the missiles are placed.

The escalation problem

The most serious risk is not that intermediate-range missiles exist. They already do. The most serious risk is that they can compress time and blur intent.

A fast, accurate, dual-capable missile can create pressure to assume the worst. A launcher that carries a conventional missile today may be suspected of having a nuclear role tomorrow. A strike against a radar, headquarters, air base, satellite-control facility, or communications node may be interpreted as the opening move of a wider campaign against command-and-control.

This problem is especially acute when missiles are integrated into reconnaissance-strike networks. The more effective the network, the more threatening it may appear. Persistent surveillance, rapid data fusion, and long-range precision fires can improve conventional deterrence, but they can also create fear that a state is preparing for preemption.

The risks are not identical for every country. The United States benefits from geography, naval reach, alliances, and global intelligence capabilities. Russia benefits from interior lines and extensive missile forces near Europe. China benefits from proximity to likely conflict zones in the Western Pacific and from a large land-based missile inventory. Regional nuclear powers face different pressures because their arsenals may be smaller and less survivable.

The common problem is perception. Military planners evaluate not only what a weapon is declared to be, but what it could do under crisis conditions.

What responsible policy should require

A realistic policy does not require nostalgia for the INF Treaty. The old treaty cannot simply be restored. China was never a party to it, Russia’s war against Ukraine has severely damaged U.S.-Russia arms-control dialogue, and the missile balance now extends across several regions.

But the absence of a treaty does not mean the absence of responsibility. Risk reduction can begin with practical steps.

States should separate conventional and nuclear roles wherever possible. The more a missile, launcher, unit, or command chain appears dual-use, the more dangerous it becomes in a crisis.

States should improve notification practices for missile tests and major exercises. Strategic surprise may offer short-term military advantages, but permanent uncertainty weakens crisis stability.

The United States, Russia, and China should maintain crisis-communication channels even when political relations are poor. Hotlines and military-to-military contacts are not concessions. They are safeguards against miscalculation.

Missile defense and long-range strike should be discussed together. A state that believes its retaliatory forces are threatened by both defensive interceptors and prompt conventional strike will invest in more survivable, mobile, and ambiguous systems.

Allied deployments should be politically transparent. Host states need to understand the mission, command arrangements, payload assumptions, and escalation risks. Public legitimacy matters because missile deployments are not only military decisions; they are political commitments.

Finally, major powers should avoid treating the other side’s threat perceptions as imaginary. Deterrence fails when one side assumes that only its own fears are rational. The challenge is not to accept every objection as valid, but to understand how deployments will be interpreted in a crisis.

The real lesson

The post-INF world is not a repeat of the 1980s. It is a new strategic environment in which theater-range missiles are being absorbed into digital reconnaissance-strike systems. Their value comes from the ability to connect sensors, decision-makers, and precision weapons across long distances and short timelines. As I argued in 2020, this missile class gains strategic significance not only from short flight time but also from integration with modern information-reconnaissance systems. [13]

That makes them useful. It also makes them dangerous.

The policy question is not whether intermediate-range missiles will exist. They already exist, and more states are likely to field them. The question is whether they can be deployed in ways that strengthen deterrence without making escalation faster than decision-making.

The real challenge of the post-INF era is to preserve time: time to assess, time to communicate, time to verify, and time to prevent a regional crisis from becoming a strategic one.

Source notes

[1] U.S. State Department, “U.S. Withdrawal from the INF Treaty on August 2, 2019,” August 2, 2019.

[2] NATO, “NATO and the INF Treaty.”

[3] U.S. State Department, “Statement to the Conference on Disarmament,” February 6, 2026.

[4] SIPRI, “Nuclear risks grow as new arms race looms - new SIPRI Yearbook out now,” June 16, 2025.

[5] U.S. Department of Defense, “2025 Annual Report to Congress: Military and Security Developments Involving the People’s Republic of China,” December 2025.

[6] U.S. Army Pacific, “U.S. Army’s Mid-Range Capability makes its first deployment in the Philippines for Salaknib 24,” April 15, 2024.

[7] Defense News, “US Army fires Tomahawk missile from new Typhon launcher during Philippines drill,” May 5, 2026.

[8] Joint Statement by the United States and Germany on long-range fires deployments, July 10, 2024.

[9] U.S. Army, “Long-Range Hypersonic Weapon System Battery activates on Joint Base Lewis-McChord,” December 17, 2025.

[10] CSIS Missile Threat, “Oreshnik.”

[11] U.S. Department of Defense, “2026 National Defense Strategy,” January 2026.

[12] CSIS Missile Threat, “DF-26.”

[13] Ирисов Г.Г. «Влияние ракет средней и малой дальности на военную безопасность России и других ядерных держав: сравнительный анализ» // Всероссийская научная конференция «Военная наука в России и за рубежом»: материалы конференции. М.: МГИМО-Университет, 2020. С. 245-257.

The bunker is not just concrete and geology. It is a political theory. It says: I can survive your airpower. I can preserve command. I can hide the essential parts of my regime beneath rock, secrecy, and uncertainty.

Against that logic stands a counter-theory: the counter-sanctuary partnership. In the Middle East, that partnership is U.S.-Israel: Israeli proximity, intelligence, and initiative combined with American stealth, reach, heavy penetrators, missile defense, and hard-target expertise. In Eastern Europe, the possible analogue is U.S.-Ukraine: Ukrainian proximity, battlefield adaptation, Russian-language and cultural knowledge, drone-era pressure, and exposure of Russian vulnerabilities combined with American surveillance, industrial depth, command-and-control modernization, cyber support, and long-range precision architecture.

A bunker loses its power when the regime can no longer trust it as sanctuary.

The strategic question is how partnerships make regimes less confident that buried infrastructure can preserve freedom of action. In Iran, the answer runs through Israeli proximity and American hard-target power. In Russia, the mirror image may run through Ukrainian proximity and American strategic depth: exposure, pressure, industrial denial, persistent surveillance, and the forced diversion of defenses toward places the Kremlin once treated as untouchable.

Two Counter-Sanctuary Models

Fordow gives the first model. Iran tries to turn geology into immunity: bury the nuclear program under a mountain, complicate battle-damage assessment, and force any attacker to escalate from ordinary strike operations into a specialized hard-target campaign. Israel can pressure Iran across many categories - intelligence penetration, sabotage, air defense suppression, exposed military infrastructure, and regional escalation control - but the deepest parts of the Fordow problem push the campaign toward uniquely American capabilities.

Russia gives the second model. The Soviet Union built an underground command architecture to preserve state control and nuclear command after catastrophe. Putin inherited that machine, but the Putin-era layer is more personal: Valdai, Novo-Ogaryovo, Sochi, Gelendzhik, special trains, office replicas, and air-defense bubbles. The sharper strategic idea is systemic: a U.S.-Ukraine partnership can pressure the Russian sanctuary architecture by making it visible, expensive, politically embarrassing, and operationally less reliable.

In other words, U.S.-Israel cooperation keeps Iranian bunkers from becoming a free nuclear sanctuary. A future U.S.-Ukraine counter-sanctuary model could help keep the Kremlin’s bunker state and bunker-palace system from becoming a reliable political sanctuary. The effect is not only kinetic. It is also informational, logistical, economic, and psychological.

Fordow Is the Model

Fordow is more than an Iranian nuclear site. It is the visible symbol of a strategic bet made by regimes that fear American airpower and Israeli intelligence.

The Fordow Fuel Enrichment Plant is described by the Nuclear Threat Initiative as a facility buried in a mountain near Qom, originally associated with an Islamic Revolutionary Guards Corps tunnel facility, and designed around two enrichment halls with space for roughly 3,000 centrifuges. [1] That is not just engineering. It is strategy.

The June 2025 strikes demonstrated the central problem. The International Atomic Energy Agency confirmed that Fordow, Natanz, and Esfahan had been hit following U.S. aerial attacks. It also stated that the extent of Fordow damage was not immediately possible to assess because of the site’s underground location and the penetrating nature of the bombs used. [2]

That sentence is the whole bunker problem. Even after a successful strike, the target remains partly hidden. Satellite imagery can show surface damage, tunnel entrances, disturbed rock, collapsed portals, or ventilation damage. But the decisive question - what happened inside? - may remain uncertain.

This is why Fordow matters beyond Iran. It shows that a bunker is both a physical object and an intelligence problem. It is designed not only to survive attack, but to make post-attack truth difficult.

The U.S.-Israel model works because the two countries bring different strengths to the same problem. Israel has regional proximity, long experience penetrating Iranian networks, and the political urgency of a country that sees a nuclear Iran as an existential threat. The United States has the heavy portfolio: stealth bombers, massive penetrators, space and airborne surveillance, global logistics, missile defense cooperation, and escalation-management weight.

The current U.S.-Israel security-assistance framework reflects this long partnership. The 2016 memorandum of understanding for fiscal years 2019-2028 committed $38 billion in U.S. military assistance, including $33 billion in foreign military financing and $5 billion for missile defense assistance. The same White House fact sheet emphasized F-35 acquisition, cooperative missile defense, and tunnel detection and mapping research. [3]

The real lesson of Fordow is that the Iranian bunker strategy becomes less reliable when Israeli intelligence and American hard-target capability function as one strategic problem-set. One bomb does not have to solve the mountain; the integrated campaign does the strategic work, and above the conventional layer the United States retains escalation options no buried facility can comfortably ignore.

America’s Hard-Target Tradition

The United States is historically unusual because it did not merely build bombs. It built a hard-target mission culture.

The U.S. Air Force describes the GBU-57 Massive Ordnance Penetrator as a weapon intended to reach and destroy weapons of mass destruction in well-protected facilities, with testing focused on hard and deeply buried targets. [4] That is the modern conventional expression of a much older American obsession.

The National Academies’ 2005 report on nuclear earth-penetrator weapons notes that U.S. earth-penetration technology dates back to the early 1950s. It also explains the central physics: an earth-penetrator detonates below the surface to improve ground-shock coupling against hard and deeply buried targets. [5]

This is where the Pershing II and W86 story becomes important. Pershing II belongs to Cold War history, but the strategic logic remains current. The Smithsonian describes Pershing II as a mobile intermediate-range ballistic missile deployed by the U.S. Army in West Germany beginning in 1983, with a variable-yield thermonuclear warhead, and later eliminated under the Intermediate-Range Nuclear Forces Treaty. [6]

Production Pershing IIs carried the W85 warhead. The planned W86 ground-penetrator warhead was canceled. The Army Historical Foundation describes the W86 as a ground-penetrator warhead originally intended for Pershing II before cancellation. [7]

As a concept, however, W86 remains fascinating because it reveals a design logic: a fast, accurate theater-range missile carrying a nuclear earth-penetrator payload, aimed at hardened command infrastructure rather than cities. Its danger was strategic tempo: compressed warning time, theater-range accuracy, and a direct challenge to the credibility of underground command continuity.

The public penetration estimates are sobering. For a W86/Pershing II-class low-yield earth penetrator, the National Academies table gives estimated maximum credible penetration depths of roughly 7 meters in medium-strength rock, 19 meters in low-strength rock, and 115 meters in silty clay. [5]

This is one of the most important lessons of the entire subject: geology is strategy. One hundred meters underground means very different things in silty clay, weak rock, granite, limestone, reinforced concrete, or a mountain massif. Fordow and Yamantau belong to a different technical category than a shallow shelter under weak ground.

The W86 concept mattered because shallow nuclear burial can couple energy into the ground far more efficiently than an airburst. The danger was strategic: a fast theater-range weapon that made underground command less comfortable.

The Goldilocks Problem of Ballistic Penetrators

There is a tempting idea that medium-range ballistic missiles occupy a kind of hard-target sweet spot.

Too slow, and the weapon lacks penetration energy. Too fast, and it may destroy itself on impact. A purpose-built medium-range ballistic penetrator could, in theory, arrive fast enough to gain penetration and shock advantages while not necessarily subjecting the payload to the extreme impact environment of a full ICBM-class reentry.

The physics are unforgiving. Penetration is not just velocity. It depends on mass, diameter, cross-sectional density, nose shape, target material, impact angle, angle of attack, and structural survivability. The National Academies report also notes that W86/Pershing-type calculations did not use impact velocities above 1,525 meters per second because the relevant test database did not support them. [5]

A penetrator is not a meteor. At some point, speed stops being penetration and becomes self-destruction.

Gravity bombs remain part of the picture. The GBU-57 exists because mass, casing strength, shape, internal volume, fuzing, delivery profile, and repeated attack options all matter. Ballistic penetrators offer speed and reach. Gravity penetrators offer mass, volume, mature integration, and aircraft-delivered flexibility.

The U.S. advantage is not one magic weapon. It is a portfolio.

The New Pershing Problem: Dark Eagle and the Return of Theater-Range Strike

Dark Eagle marks the return of land-based theater-range strike, the category that once made Pershing II politically decisive. Pershing II created pressure because it was mobile, fast, accurate, and deployed close enough to compress Soviet decision time. The modern systems are different, but the strategic category is returning.

After the end of the INF Treaty, the U.S. Army began rebuilding a ladder of ground-launched medium- and intermediate-range fires: Precision Strike Missile at the shorter end, Typhon in the middle with SM-6 and Tomahawk options, and Dark Eagle at the long-range hypersonic end. Congressional Research Service reporting describes LRHW/Dark Eagle as a ground-launched boost-glide system with a reported range of more than 1,725 miles, intended to defeat anti-access and area-denial capabilities, suppress adversary long-range fires, and engage high-payoff or time-sensitive targets. The Army’s 2026 Dark Eagle contracting milestone reinforces that this is an active acquisition line, not a historical analogy. [8]

Dark Eagle is publicly a conventional system, but its strategic effect is Pershing-like: a land-based American missile force able to reach deep military targets from allied territory, move faster than conventional aircraft cycles, and force an adversary’s command system to live under compressed timelines.

For the bunker problem, this matters because underground facilities are never just rooms under rock. They depend on air defenses, communications, portals, power, roads, railheads, command links, repair crews, and the political belief that the complex will still be usable after the first blow. A theater-range missile portfolio weakens that belief by making the support architecture fragile, visible, and time-sensitive. This is why the United States, not Israel alone, is the decisive outside actor in a Fordow-type problem: it brings not one weapon, but a growing post-INF portfolio of reach, speed, stealth, penetration, missile defense, intelligence, and escalation dominance.

The Ultimate Escalation Layer

At the final rung of the hard-target ladder sits the nuclear question. Some underground targets are built precisely to survive ordinary attack. If a conflict has already crossed the point where escalation is assumed and conventional systems have failed to remove the threat, nuclear payloads change the equation from penetration alone to overwhelming ground shock and strategic denial.

A compact nuclear device belongs to a completely different energy class than any conventional explosive that can fit inside a missile body or bomb casing. That is why nuclear earth-penetrator concepts were studied in the first place. The National Academies concluded that detonating a nuclear earth penetrator a few meters underground can reduce the yield needed to destroy a hard and deeply buried target by roughly a factor of 15 to 25 because of improved ground-shock coupling. [9]

The crucial point is that a nuclear payload does not need to physically enter the main halls of a mountain bunker to transform the problem. A conventional penetrator must reach, breach, or repeatedly disable key internal functions. A nuclear earth-penetrator concept can attack through coupled shock, collapse, equipment destruction, portal failure, contamination, and long-term denial. The result may not be a neat engineering diagram of every chamber vaporized, but it can move the target from repairable damage to strategic ruin.

That is the real meaning of the nuclear backstop. If conventional penetrators, hypersonic strikes, cyber operations, sabotage, and repair-denial campaigns still leave a hardened site mission-capable, the nuclear layer offers an alternative that can almost certainly destroy the facility’s strategic value. Against a Fordow-type target, the distinction between total physical erasure and permanent loss of military utility may matter to engineers; politically and strategically, both can mean the same thing: the bunker has failed.

This is why W86 remains important even though it was never fielded. It represented the ultimate version of the Pershing logic: a theater-range missile that could threaten hardened command infrastructure with a payload designed for buried targets. Dark Eagle and other post-INF systems are publicly conventional, but they restore the geography and timing problem that Pershing II once imposed. The conventional layer keeps bunkers under pressure. The nuclear layer tells adversaries that, if escalation reaches the final threshold, depth and rock are not a guarantee of survival.

Russia’s Underground State

Fordow is not an Iranian oddity. It is part of a global bunker logic. Russia’s version is older, larger, and more politically revealing.

The U.S. Defense Intelligence Agency’s 2017 Russia Military Power report states that Russia inherited a vast Soviet underground-facilities program designed to ensure leadership survival and military command-and-control in wartime. The report describes bunkers, tunnels, secret subway lines, and facilities beneath Moscow and other major Russian cities. It also describes a Kremlin underground facility and a large underground leadership bunker adjacent to Moscow State University, with estimated depths of 200 to 300 meters and capacity for roughly 10,000 people. [10]

That is the Soviet bunker state: not a rumor in the abstract, but a strategic architecture described in public U.S. intelligence reporting.

I first encountered fragments of that state not underground, but on the surface. During my time in Russia and in the Russian military, I saw the surface grammar of special objects: guarded perimeters, exclusion zones, strange buildings with unclear official functions, personnel flows that suggested continuous duty cycles, and utility or transport features that did not behave like ordinary civilian or military infrastructure.

Around Ramenki and the Moscow State University area, I saw surface infrastructure consistent with the long-discussed underground command complex. Around Chkalovsky, I saw signs of a large protected facility on airbase territory that appeared separate from ordinary airbase operations. Near Chekhov-2, I observed the behavior of a protected special-object zone, with security presence and a visible GUSP-linked ecosystem. In Barvikha and around the Usovo rail area, I saw restricted government infrastructure, special rail access, and protected zones that did not resemble normal suburban Moscow life.

Taken together, these surface patterns gave the bunker state a physical texture: guarded edges, concealed functions, duty rhythms, and infrastructure whose purpose was deliberately hidden but visibly important. They turn the public record into something concrete and lived: a state that has long treated underground continuity as a central problem of power.

GUSP: The Bureaucratic Hinge

The institutional key to this world is GUSP, the Main Directorate of Special Programs of the President of the Russian Federation.

Russian legal texts describe GUSP as a federal executive agency under the president, responsible for mobilization preparation and mobilization. Its listed tasks include organizing the functioning of state and Armed Forces command points, special mobilization objects, their infrastructure, maintaining special objects ready for use, and supporting the work and safety of officials at those sites. [11]

Public reporting also connects GUSP to Chekhov-2. RBC reported in 2019 that a unit registered in Chekhov-2 belonged to the Special Objects Service and that its parent organization was GUSP; RBC also described the Special Objects Service as responsible for operating presidential bunkers and the president’s situation center. [12]

GUSP is therefore the bureaucratic hinge between the Soviet bunker state and the modern presidential survival system. It is where mobilization, command continuity, protected objects, and executive secrecy meet.

The Nuclear Nerve System: Vlasikha, Balabanovo-1, and RVSN/SYAS Command Continuity

The Soviet bunker state was not built only to shelter leaders. Its deepest purpose was to preserve command.

This is where the Strategic Rocket Forces - RVSN - enter the story. The RVSN are the land-based core of Russia’s strategic nuclear force and a central component of the Strategic Nuclear Forces, often abbreviated SYAS in Russian military usage. Their command infrastructure is not ordinary military real estate. It is the nervous system of Russian nuclear deterrence.

The visible center of that world is Vlasikha, formerly known in Soviet usage as Odintsovo-10. The official Vlasikha city site describes the Strategic Rocket Forces Museum as located in the garrison where the Main Staff of the Strategic Rocket Forces - Glavnyy shtab RVSN - is deployed. [13]

Vlasikha is not only staff offices. Russian military media describes the Central Command Post of the Strategic Rocket Forces - TsKP RVSN, or Tsentralny komandny punkt RVSN - as the main control organ of the duty forces of the Strategic Rocket Forces, responsible for managing duty forces, maintaining readiness, and transmitting orders to raise readiness or conduct launches. [14]

A bunker protects bodies. A command post protects decisions. A communications node protects the transmission of those decisions. A nuclear command system protects retaliation.

That machinery also had a reserve layer. Public veteran and OSINT-style sources point to Balabanovo-1 in Kaluga Oblast as a reserve-command and communications node of the Strategic Rocket Forces. The relevant term is Reserve Central Command Post of the Strategic Rocket Forces - ZTsKP RVSN, or Zapasnoy Tsentralny Komandny Punkt RVSN.

RVSN.info says a communications unit moved to Balabanovo-1 in 1967 and was reorganized in 1968 as the 267th communications node of the RVSN reserve command post, known as Fontan, subordinate to the Central Communications Node of the Strategic Rocket Forces. It further says that in 2012 the node was incorporated into the RVSN communications center and transformed into a combat-control communications center. [15]

Balabanovo-1 sits naturally inside this architecture. Vlasikha is the visible center; Balabanovo-1 appears as part of the backup nervous system, one of the communications layers meant to keep command alive if the surface failed.

For me, this layer is not abstract. My father spoke about Vlasikha and Balabanovo-1 as real places in the military world behind the mythology of Soviet nuclear power. They were not cinematic bunkers. They were duty shifts, communications discipline, special settlements, guarded routines, and the assumption that command might one day have to continue under catastrophic conditions.

That is why the Pershing II story mattered so much to Moscow. The fear was not simply that a missile might destroy a bunker. The fear was that a fast, accurate, nuclear-capable weapon could compress decision time and threaten the command architecture itself.

The broader Russian nuclear command system reflects this fear. Reuters describes Cheget, the nuclear briefcase, as a communications tool linking the president to military leadership and then to rocket forces through the Kazbek electronic command-and-control network, supported by Kavkaz. It also describes Perimetr, the last-resort “Dead Hand” system, as part of the mythology and machinery of Russian retaliatory continuity. [16]

This is the real meaning of the Soviet underground state. It was not only a place for leaders to hide. It was a machine for keeping command alive after the surface had failed.

Putin inherited that machine. Then he appears to have built something more personal around it: protected residences, cloned offices, special rail access, air-defense rings, and palace tunnels.

The Soviet system was designed to preserve nuclear command. The Putin system appears designed to preserve Putin.

Metro-2: Infrastructure, Myth, and Power

Metro-2 is more than a transport rumor. It is the mythic infrastructure of Soviet and Russian command continuity.

In broad form, the evidence points to underground leadership facilities, command posts, communications nodes, and special deep transport links. Around the edges are route names, station legends, enthusiast maps, memories, and misinformation. The ambiguity itself became part of the system.

Even the folklore matters. A secret underground system gains political force before it is fully visible. Its rumored existence tells insiders that the state has depth. It tells adversaries that command may survive. It tells the public nothing, which is also the point.

The Soviet underground system was designed to preserve the state after nuclear war. It was bureaucratic, military, centralized, and grim. It belonged to command continuity. Putin inherited that world. Then he appears to have built another one.

The Bunker Palace

The Soviet bunker preserved the state. Putin’s bunker-palace preserves the ruler.

This is the critical distinction. The older Soviet underground world was deep, hardened, technical, and oriented toward command continuity. The Putin-era layer looks different: protected residences, special rail links, cloned offices, private tunnels, air-defense bubbles, and a constant effort to make the leader’s actual location uncertain.

The clues point toward a more personalized architecture of survival: comfort, loyalty, secrecy, deception, family, mobility, and personal control.

Investigative reporting by Proekt, summarized by Meduza and reflected in Proekt’s own English-language reporting, describes special railroad lines and stations near Putin-linked residences including Valdai, Novo-Ogaryovo, and Bocharov Ruchei in Sochi. [17]

RFE/RL’s Systema investigation adds another layer: the bunker as media illusion. Systema reported that Putin uses nearly identical offices in Novo-Ogaryovo, Sochi, and Valdai, and that the Kremlin has repeatedly misled the public about his actual location. The investigation relied on discrepancies in video footage, visual details in rooms, travel records, and other materials. [18, 19]

This is a different kind of bunker. It is not only underground. It is informational. If the public sees Putin in Novo-Ogaryovo while the office is actually a replica elsewhere, the bunker has become a stage set. The protected system is not only concrete, rock, rail, and air defense. It is also camera angles, door handles, pre-recorded meetings, and controlled uncertainty.

Then there is Valdai. In April 2026, Meduza, citing RFE/RL’s Russian Service, reported that at least 27 air-defense positions had been established around Putin’s Valdai residence, including towers intended for Pantsir-S1 systems and one for an S-400 system. The same report noted that Russian authorities claimed Ukraine had attempted to strike the Valdai residence in December 2025, provided no evidence, and that Kyiv denied the claim. [20]

Business Insider’s reporting on the Black Sea palace near Gelendzhik points in the same direction. Based on architectural drawings reviewed by experts, it described two tunnel structures beneath the palace complex connected by an elevator descending roughly 50 meters, with ventilation, water, sewage, cable, and survival-related infrastructure. [21]

This is the bunker-palace system: residences, railheads, tunnels, office replicas, air defenses, and special services. Not continuity of government. Continuity of Putin.

Why Build New Protected Residences If the Soviet Ones Exist?

The old Soviet complexes may be deeper. They may be more technically hardened. They may be better suited to nuclear command continuity.

But they are also embedded in the state: General Staff, GUSP, the Federal Protective Service, security services, communications organs, mobilization bureaucracy, and inherited Soviet command culture.

A personal residence system solves different problems. It lets the ruler remain in familiar luxury rather than descend into a collective wartime machine. It reduces dependence on old institutional nodes. It creates more compartments of loyalty. It lets movement be concealed by rail rather than exposed by aviation. It supports family or court life. It allows the leader to appear in one place while being in another.

Most of all, it is adapted not only to nuclear war, but to drones, sabotage, leaks, elite betrayal, assassination fears, public-image management, and long-term personal seclusion.

That is the psychological evolution from bunker state to bunker palace.

The Soviet Union built underground infrastructure because it expected nuclear war with the United States. Putin’s protected-residence system suggests a broader fear model: the West, Ukraine, drones, betrayal, illness, visibility, coup rumors, and the loss of personal control.

The bunker reveals what the regime fears.

The Ukrainian Opportunity: A Future Counter-Sanctuary Partnership

Ukraine changes the story because it is not merely a recipient of Western support. It is the front-line democratic power that has learned Russia under fire: its language, military habits, propaganda rhythms, drone vulnerabilities, logistics patterns, deception culture, and political psychology.

The U.S.-Israel model keeps the Iranian bunker problem under pressure because Israel brings local urgency and intelligence while the United States brings the heavy strategic portfolio. A future U.S.-Ukraine model would operate in a different theater, against a nuclear-armed imperial power, but the logic is comparable: fuse local insight with American reach until the adversary’s sanctuary system becomes expensive, visible, and unreliable.

Ukraine’s advantages are unusual. It has proximity to the Russian war machine, cultural and linguistic access, a fast cycle of battlefield adaptation, and a national interest in exposing the private architecture of Kremlin survival. It has already shown that Russian prestige systems can be studied, stressed, embarrassed, and forced to divert resources. The next stage is to turn that experience into doctrine.

The target of that doctrine is not a single bunker. It is the sanctuary ecosystem: protected residences, rail mobility, construction networks, elite contractors, security services, air-defense allocation, communications links, media deception, and the prestige economy that surrounds Putin’s physical survival. A palace that requires towers, railheads, cloned offices, and constant concealment is already a confession of vulnerability.

The official U.S.-Ukraine Bilateral Security Agreement already supplies much of the scaffolding. Its annex commits the United States to support Ukraine across air and missile defense, fires, unmanned systems, command and control, cyber and critical-infrastructure protection, defense-industrial development, training, sustainment, and intelligence-related capabilities. [22]

The Ukraine Defense Contact Group supplies the coalition mechanism. The U.S. Defense Department described it as a roughly 50-nation group that first met in April 2022 to coordinate Ukraine’s security needs and had collectively provided more than $95 billion in security assistance by April 2024. [23]

The policy opportunity is to make this more deliberate. Ukraine should be treated as the European laboratory of counter-sanctuary warfare: the country that can combine battlefield innovation, open-source exposure, intelligence fusion, sanctions evidence, drone-defense lessons, cyber resilience, and strategic messaging into a sustained campaign against the mythology of Russian invulnerability.

For Kyiv, this is not separate from the defense of Ukrainian territory. It is part of the same war. Every ruble spent protecting residences, hiding movement, hardening prestige sites, or shifting air defenses away from the front is a ruble forced into regime preservation instead of conquest. Every exposed contractor, rail spur, security bubble, or deception routine turns the bunker-palace from a source of mystique into a burden.

Fordow is checked by U.S.-Israel hard-target collaboration. Putin’s bunker-palace system can be checked by a future U.S.-Ukraine counter-sanctuary partnership built around Ukrainian initiative and American strategic depth.

The larger lesson is simple: Ukraine knows the Russian system from contact. The United States can supply scale, technology, alliance coordination, and strategic patience. Together, they can help make the Kremlin’s underground, mobile, and palatial sanctuary architecture less reliable as a political instrument.

The Strategic Message

By this point the pattern is clear. Fordow, Vlasikha, Balabanovo-1, Metro-2, Valdai, and the palace network are not the same kind of problem. Some are mountain facilities. Some are command-and-communications nodes. Some are protected residences wrapped in security, rail access, cloned offices, and air defense. The forms differ, but the premise is the same: buried or protected space is supposed to preserve freedom of action.

The counter-sanctuary answer is to attack that premise. A bunker is never only a void under rock. It depends on access, power, communications, air defenses, railheads, roads, contractors, repair crews, logistics, secrecy, and the political belief that the site will still be usable after the first shock. Each dependency can become a pressure point. Each pressure point turns sanctuary into a burden.

The message to Iran is simple: mountains do not create immunity. The U.S.-Israel partnership keeps Fordow from becoming a free nuclear sanctuary by combining Israeli proximity and intelligence with American hard-target depth.

The message to Russia is equally simple: depth buys uncertainty, not invulnerability. The Soviet underground state was designed to preserve command after catastrophe, but Putin’s bunker-palace system adds a more personal vulnerability: the more visible the protective architecture becomes, the more it advertises fear.

The message to the United States and its allies is broader: hard-target capability and counter-sanctuary partnerships are no longer Cold War relics. They are central military and political problems of the twenty-first century. Adversaries watched American airpower and learned to bury what matters. The democratic answer is to combine intelligence, reach, technology, alliances, and strategic patience until buried power becomes expensive, exposed, and unreliable.

This is why Ukraine matters to the future of the concept. U.S.-Ukraine cooperation can turn the Russian sanctuary ecosystem into a long-term vulnerability: not only by contesting the battlefield, but by exposing the logistics, contractors, movement patterns, prestige sites, air-defense diversions, and information theater that make the bunker-palace system function.

Nuclear bunker-busting remains the top rung of the escalation ladder. Its significance is psychological as much as technical: a regime can gamble that a mountain will absorb conventional bombs; it is much harder to gamble that the same mountain can preserve strategic function after nuclear ground shock. [9]

The practical foundation remains conventional hard-target defeat, long-range precision fires, stealth, intelligence penetration, cyber operations, repair-denial campaigns, missile defense, defense-industrial cooperation, and alliance coordination. The future battlefield is not only in the air, at sea, in space, or in cyberspace. It is also beneath the surface - and around the systems that make the underground usable.

Conclusion: The Bunker Is a Confession

Bunkers are usually described as symbols of strength. They are not. They are confessions.

Fordow confesses that Iran fears Israeli reach and American airpower.

Metro-2 and the Moscow underground system confess that the Soviet state feared decapitation.

Vlasikha and Balabanovo-1 confess that Soviet nuclear power was never only missiles and warheads. It was duty shifts, communications discipline, reserve command posts, and the desperate need to preserve retaliation after catastrophe.

Valdai, the special rail stations, the cloned offices, the Pantsir towers, and the palace tunnels confess something more personal: Putin does not merely fear the destruction of Russia. He fears the exposure and vulnerability of Putin.

The Soviet Union built the bunker state. Putin built the bunker palace. The United States built a long tradition of making hard targets less reliable. Israel shows how local intelligence and American hard-target power can keep a mountain nuclear facility under pressure. Ukraine may show how proximity, innovation, exposure, and American strategic support can make a dictator’s sanctuary system more brittle.

That is the strategic meaning of Fordow. That is the warning hidden beneath Moscow. And that is why the age of the bunker is becoming the age of the counter-sanctuary partnership.

The age of counter-sanctuary begins when the bunker stops being a promise and becomes a liability.

No bunker can be trusted anymore.

Source notes

[1] Nuclear Threat Initiative, “Fordow Fuel Enrichment Plant (FFEP).” NTI notes this facilities page was no longer being updated as of April 6, 2026.

[2] International Atomic Energy Agency, “Update on Developments in Iran (5),” June 22, 2025.

[3] Obama White House Archives, “Fact Sheet: Memorandum of Understanding Reached with Israel,” September 14, 2016.

[4] U.S. Air Force, “Massive Ordnance Penetrator” fact sheet.

[5] National Research Council, Effects of Nuclear Earth-Penetrator and Other Weapons, National Academies Press, 2005, Chapter 3, “Earth-Penetrator Weapons.”

[6] Smithsonian National Air and Space Museum, “Pershing II.”

[7] The Army Historical Foundation, “MGM-31 Pershing Missile.”

[8] Congressional Research Service, “Hypersonic Weapons: Background and Issues for Congress,” August 27, 2025, especially discussion of LRHW/Dark Eagle range, mission, testing, and battery plans; U.S. Army, “Prepare to Launch,” July 10, 2024; U.S. Army, “Behind Dark Eagle: Contracting at the Speed of Hypersonic,” April 20, 2026; Army University Press, “Fighting for the Day After,” Military Review, September-October 2025, for the PrSM/Typhon/Dark Eagle long-range fires portfolio.

[9] National Research Council, Effects of Nuclear Earth-Penetrator and Other Weapons, National Academies Press, 2005, Summary.

[10] Defense Intelligence Agency, Russia Military Power: Building a Military to Support Great Power Aspirations, 2017.

[11] ConsultantPlus, Russian Presidential Decree No. 651 of December 31, 2017, as amended April 3, 2026, on GUSP.

[12] RBC, “V poiskakh zemel FSB dobralas do bunkerov” (”In search of land, the FSB reached bunkers”), April 2, 2019.

[13] Official Vlasikha city site, “Muzey RVSN” (Strategic Rocket Forces Museum).

[14] Zvezda Weekly, “Nastoyashcheye zolotoye koltso Rossii nakhoditsya na glubine okolo 30 metrov,” December 2018. Russian military-media reporting.

[15] RVSN.info, “267-y uzel svyazi” (267th Communications Node). Veteran/OSINT-style source.

[16] Reuters, “How many nuclear weapons does Russia have and who controls them?” March 13, 2024.

[17] Meduza, “Russian government has built secret network of railroad lines and train stations for Putin’s exclusive use, according to new report,” February 14, 2023; see also Proekt’s English-language “Iron Masks” report.

[18] RFE/RL Systema, “Where’s Putin? How The Kremlin Hides His Location With Three Nearly Identical Offices,” November 2025.

[19] RFE/RL Systema, “Out Of Office: A New Twist In Kremlin Efforts To Conceal Putin’s Location,” March 19, 2026.

[20] Meduza, “Report: Russia builds 27 air defense positions around Putin’s residence,” April 13, 2026, citing RFE/RL’s Russian Service.

[21] Business Insider, “Revealed: Vladimir Putin’s Secret Black Sea Bunker,” May 17, 2023.

[22] Office of the President of Ukraine, “Bilateral Security Agreement Between Ukraine and the United States of America,” June 13, 2024.

[23] U.S. Department of Defense, “2-Year Anniversary of Ukraine Defense Contact Group Comes With Billions in New Aid,” April 26, 2024.

There is a phrase from the Soviet missile world that deserves to be remembered: atomic peas - or nuclear peas. In Soviet nuclear-forces officer slang, preserved in family memory, this was a bitter name for the RSD-10 Pioneer, known to NATO as the SS-20 Saber. It was not an official designation. It was the kind of dark professional joke that soldiers use when they understand too well what a weapon really means.

On the surface, the nickname referred to multiple nuclear warheads. But the deeper meaning was uglier: nuclear peas scattered across Europe by a missile culture that used blast radius as a substitute for precision. The image is agricultural and grotesque - like overripe peas bursting from a pod and falling wherever they fall. Only in this case, each pea was a nuclear warhead.

Today Russia has Oreshnik. Moscow presents it as futuristic, hypersonic, unstoppable. The evidence from Ukraine suggests something less impressive and more revealing. Oreshnik is probably not a literal resurrection of Pioneer hardware. It is more likely related to the later RS-26 Rubezh/Yars family. But politically and morally, it is absolutely the return of Pioneer. It is the return of the atomic pea.[7][8]

The latest use: spectacle, terror, and poor military effect

On May 24, 2026, Russia launched one of its heaviest missile and drone attacks on Ukraine. The strike package included hundreds of drones and dozens of missiles; AP reported 600 strike drones and 90 missiles, with Ukrainian defenses destroying or jamming 549 drones and intercepting 55 missiles. The attack killed and wounded civilians and damaged residential areas, schools, markets, government buildings, and other civilian infrastructure.[1]

Russia also used an Oreshnik intermediate-range ballistic missile in that attack. Reuters reported that the weapon was used during one of the war’s largest attacks on Kyiv and the surrounding region, and that the Oreshnik strike on the Bila Tserkva area appeared to release 36 submunitions.[2] Ukrainian reporting and official statements place the launch from the Kapustin Yar area toward the Kyiv region.[3]

The battlefield effect was much less impressive than the propaganda. RFE/RL reported that analysts saw the falling objects as likely non-explosive heavy projectiles relying on kinetic energy, not conventional high-explosive warheads.[5] Ukrinform reported that in Bila Tserkva a garage cooperative caught fire and three garages were burning.[6] Defense Express, analyzing preliminary impact evidence, argued that the small craters and limited effects undermined Russia’s claim of a unique kinetic superweapon.[29]

There was also an even more embarrassing report. Ukrainian monitoring channels and OSINT sources reported that Russia may have fired a second Oreshnik that malfunctioned and crashed in Russian-occupied Donetsk Oblast near Avdiivka or Yasynuvata. Kyiv Post, citing ISW, wrote that if this is confirmed, one of four Oreshnik missiles used in the war so far may have failed. For now, this remains a reported, plausible, OSINT-supported claim rather than an officially confirmed fact.[4]

Even with that caveat, the pattern is revealing. The observed launches have come from a predictable Kapustin Yar westward corridor, and the targets publicly associated with Oreshnik have been limited. That does not prove the missile is incapable of other flight profiles. But it does suggest a system being demonstrated from familiar test-range geometry, not a mature, flexible, combat-proven precision weapon.

A real precision weapon finds the target. Oreshnik found garages.

What Oreshnik is - and what it is not

CSIS describes Oreshnik as a Russian road-mobile intermediate-range ballistic missile with MIRV capability, likely modified from the RS-26 Rubezh, with an estimated range of roughly 3,500 to 5,470 km.[7] After the first Oreshnik use in November 2024, the Pentagon said the missile was an experimental IRBM based on Russia’s RS-26 Rubezh intercontinental ballistic missile model.[8]

That means Oreshnik is probably not a rebuilt SS-20. The technical lineage is not Pioneer returning from the grave. The better description is this: Russia is trying to recreate the strategic problem that Pioneer once created for Europe, using newer post-INF hardware.

This distinction matters. Pioneer was a Soviet road-mobile IRBM that threatened Europe while staying below the intercontinental category that most directly implicated the continental United States. Oreshnik plays a similar political role. It is a mobile, nuclear-capable, intermediate-range missile whose main purpose is not battlefield utility in Ukraine, but coercion against Ukraine, NATO, and Europe.

It is not the corpse of the SS-20. It is the ghost of the SS-20.

The firebreak Russia broke

A hard lesson from the Soviet strategic-missile world was that there had once been a taboo against casually equipping and firing medium- or intercontinental-range strategic ballistic missiles with non-nuclear warheads in real war. This was not humanitarian sentimentality. It was cold strategic logic.

A medium- or intercontinental-range ballistic missile launch is not just a strike. It is a nuclear-warning event. The state under attack may not know quickly enough whether the payload is nuclear, conventional, inert, or experimental. That ambiguity can produce uncontrollable escalation. Carnegie’s James Acton describes warhead ambiguity before launch as a serious and growing danger that could lead to nuclear use in a crisis or conflict.[13]

The old INF Treaty reflected this firebreak in legal form. CRS summarizes the treaty clearly: the United States and the Soviet Union banned all land-based ballistic and cruise missiles with ranges between 500 and 5,500 km, and the ban applied to missiles with nuclear or conventional warheads.[14] NATO’s account of the INF Treaty likewise emphasizes the elimination of ground-launched ballistic and cruise missiles in that range class.[16]

The United States also wrestled with this danger in its Conventional Prompt Global Strike debates. Washington explored non-nuclear long-range strike, but U.S. documents and arms-control discussions repeatedly returned to the problem of nuclear ambiguity. The Obama-era approach moved away from conventionally armed ICBMs or SLBMs with traditional ballistic trajectories and toward boost-glide concepts whose basing, launch signature, and trajectory could be distinguished from nuclear strategic ballistic missiles.[15]

Putin’s Russia has now broken even this restraint. Oreshnik is a nuclear-capable intermediate-range ballistic missile used against Ukraine with conventional, inert, or kinetic payloads. Russia turns every launch into a nuclear message while pretending it is only a conventional strike. This is not strategic sophistication. It is strategic vandalism.

The Soviet Union was brutal, imperial, and dangerous. But even Soviet strategic officers understood some nuclear firebreaks. Putin’s regime has thrown away even those.

Oreshnik is not a rational nuclear MIRV strike pattern

The public videos of Oreshnik also expose a contradiction in Russian propaganda. A real nuclear MIRV system exists so one expensive booster can release separate reentry vehicles against separate aimpoints. The logic is distribution: one missile, multiple targets. Nuclear warheads do not need to be stacked into one local footprint like a fireworks display.

CSIS assesses the demonstrated Oreshnik payload as six MIRV warheads, each capable of deploying six submunitions.[7] Reuters and RFE/RL reporting on the May 2026 use describes the same public pattern: a cluster of objects descending into one area, roughly 36 total strike elements.[2][5]

That may look frightening on video. It is not how a sensible nuclear MIRV strike would normally be used. Putting six or thirty-six nuclear effects into one small area would be grotesquely wasteful. The observed pattern makes more sense as a MIRV-derived conventional or inert kinetic demonstrator - a strategic delivery bus used to create psychological shock.

Russia wants viewers to see nuclear symbolism. The physical strike looks conventional, kinetic, crude, and inefficient. It is a nuclear shadow cast by falling metal.

Pioneer: the original atomic pea

The RSD-10 Pioneer/SS-20 was the original symbol of this moral weakness. CSIS describes it as a Soviet road-mobile IRBM that entered service in 1976. Its widely deployed Mod 2 carried three 150 kt nuclear warheads and had about 5,000 km of range - enough to target Europe from Soviet territory, but not the continental United States.[9]

That geography was the point. Pioneer was not a clean instrument of battlefield discrimination. It was a political weapon for holding Europe hostage. Its warheads were aimed into a densely populated theater where military bases, ports, airfields, command sites, logistics nodes, and cities were intertwined.

This is why the phrase atomic peas matters. It was not only a joke about multiple warheads. It captured the Soviet method: when accuracy is insufficient, use yield; when doctrine is weak, use terror; when the military problem is hard, make the civilian population part of the target set.

The Soviet/Russian missile tradition often treats civilians as geography. Pioneer did this to Europe. Oreshnik does it to Ukraine.

Pershing II: the American move that changed the board

The contrast with Pershing II is essential. Pershing II was also a nuclear weapon, and no nuclear weapon is humane. But Pershing II belonged to a different strategic culture. It was designed around precision, short warning time, and a direct threat to hardened military and command targets.

CSIS lists Pershing II as a road-mobile U.S. medium-range ballistic missile with a single W85 variable-yield nuclear warhead, a range of about 1,700 km, active radar terminal guidance, and a 30 m CEP. CSIS also notes that this accuracy reduced the need for a higher-yield payload and allowed targeting of hardened facilities and military bases.[10]

From the Soviet side, Pershing II looked terrifying. The National Security Archive records that Soviet Defense Minister Dmitry Ustinov viewed Pershing II and Gryphon cruise missiles as first-strike weapons for a decapitation strike.[11] RUSI notes that Pershing II’s short European flight time could have been around six to eight minutes, leaving little time for Soviet emergency procedures.[12]

There is an important caveat: the W86 earth-penetrating warhead concept, which would have made Pershing II even more threatening to underground bunkers, was canceled; the deployed Pershing II carried the W85.[12] But strategic perception matters. In Soviet calculations and fears, Pershing II was almost unstoppable: fast, mobile, highly accurate, and pointed at the command brain rather than merely at the body.

The chess image is hard to avoid. The Cold War was not won by one missile alone. It was won by economics, civil society, dissidents, Eastern Europe, Afghanistan, technology, and the exhaustion of the Soviet system. But on the Euromissile board, Pershing II was a devastating American move.

Chronology matters: Pioneer came first, and NATO’s 1979 dual-track decision responded to Soviet intermediate-range deployments.[14] But once Pershing II appeared, Pioneer looked strategically obsolete. It could threaten Europe. It could murder civilians. It could not save Soviet command centers from a precise decapitation threat.

The Soviet Union threatened Europe with nuclear peas. The United States answered with a scalpel aimed at the Soviet command system. On that board, America played checkmate.

Oreshnik is not the RUK dream. It is the RUK failure.

There was another Soviet idea, far more serious than Pioneer: РУК - разведывательно-ударный комплекс, the reconnaissance-strike complex. In its most ambitious form, the concept was almost strategic: a non-nuclear long-range system able to find, track, and strike high-value targets such as U.S. aircraft-carrier groups. That would require precision, maneuverability, real-time targeting, and strategic reach.

The key point is that a RUK is not just a missile. It is a system. CSBA describes the Soviet reconnaissance-strike complex as having three basic elements: precision munitions, advanced sensors with wide-area coverage, and automated command and control for near-real-time response.[17] Oxford’s Changing Character of War Centre similarly describes the RUK as high-precision, long-range weapons linked to real-time intelligence and precise targeting through a fused intelligence and fire-direction center.[18]

Pioneer could never be such a weapon. It had range, mobility, and nuclear throw-weight, but it did not solve the central problem: finding, tracking, classifying, updating, and precisely hitting a difficult target. A carrier group is not a city. It moves, deceives, defends, emits, hides, and fights back. Nuclear blast radius can threaten a continent. It cannot create a reconnaissance-strike complex.

Oreshnik pretends to be closer to the RUK ideal. It has theater-strategic range. It has hypersonic reentry. It releases kinetic projectiles. Superficially, it looks like Russia finally built a non-nuclear strategic strike weapon.

But the observed evidence says otherwise. A true RUK weapon is defined by reconnaissance, targeting, precision, and control. Oreshnik’s public record shows clustered kinetic impacts, limited damage, uncertain aimpoints, and possible malfunction. If the alleged Donetsk failure is confirmed, the humiliation becomes even sharper. But even without that, Bila Tserkva is enough: a strategic missile used in a way that damaged garages and produced a propaganda video.

Steel rods falling into one spot are not a reconnaissance-strike complex. They are a fragment of the dream without the reconnaissance, without the targeting, without the battle network, and without the precision.

A real RUK weapon finds the target. Oreshnik finds a garage.

China may have built the serious version Russia only imagined

The China comparison is painful for Moscow. The point is not to assert a proven transfer of the RUK concept from Russia to China; the comparison is more damaging than that. China appears to have built a more serious version of the strategic reconnaissance-strike architecture that Soviet theorists wanted and Russia now pretends to possess.

China’s DF-21D is a conventionally armed anti-ship ballistic missile designed to attack ships at sea, with U.S. reports suggesting a range of roughly 1,450 to 1,550 km, a likely maneuverable warhead, and possible 20 m CEP.[20] China’s DF-26 is a road-mobile IRBM with roughly 4,000 km range, conventional and nuclear payload options, and an anti-ship DF-26B variant tested in 2020.[21]

Even for China, the hard problem is not only the missile. It is the kill chain. Andrew Erickson’s work on Chinese anti-ship ballistic missiles stresses that effectiveness depends on a system of sensors, data fusion, command, and coordination against a moving carrier strike group.[22] But this is exactly the point: China has at least built a serious attempt to connect long-range ballistic missiles to reconnaissance and maritime targeting.

Russia inherited the Soviet slogans. China built more of the system.

That is Oreshnik’s humiliation. Russia is not demonstrating the future of non-nuclear strategic precision. It is demonstrating what happens when a country has old strategic missile habits but lacks the modern precision ecosystem to make them useful.

Ukraine is closer to the real modern RUK than Russia admits

There is an irony here: Ukraine, not Russia, has shown the world what a modern reconnaissance-strike culture looks like under pressure.

Ukraine has built adaptive kill chains out of drones, civilian technology, Western intelligence support, electronic warfare adaptation, long-range strikes, special operations, and distributed command. The U.S. Army’s Line of Departure describes the war as showing how reconnaissance-strike complexes can be miniaturized down to tactical commanders: reconnaissance elements, precision-strike elements, and coordinating battle networks working together.[28]

CSIS has also argued that Russia, despite inheriting doctrine steeped in deep battle, reconnaissance-strike complexes, and precision noncontact warfare, has often failed to employ operational fires in a way that reflects that legacy; instead, firepower has become unmoored from maneuver and used for punishment.[19]

This is the moral and military asymmetry. Ukraine uses sensors, drones, precision, and adaptation to survive. Russia uses nuclear-capable ballistic theater weapons to frighten civilians and allies. Ukraine’s method is modern because it is connected, discriminating, and adaptive. Russia’s method is old because it turns distance and speed into terror.

Russia fires Oreshnik to make civilians imagine nuclear war. Ukraine builds kill chains to stay alive.

The INF lesson: Russia broke the order, then blamed the West

Oreshnik does not appear in a vacuum. It follows years of Russian contempt for arms-control restraint. NATO’s position is clear: Allies concluded that Russia’s 9M729/SSC-8 violated the INF Treaty and posed a significant risk to Euro-Atlantic security.[16] CRS likewise summarizes the U.S. determination that Russia developed a ground-launched cruise missile with a prohibited 500 to 5,500 km range capability.[14]

The treaty’s collapse is often described as a shared arms-control tragedy. That is too soft. The United States and NATO tried to preserve a system in which both sides were bound. Russia fielded a prohibited capability, denied, obfuscated, and then exploited the post-INF environment.

Oreshnik is the result: not a sign of Russian genius, but the weaponized aftermath of Russian bad faith.

The better U.S./NATO answer: precision, conventionality, resilience

The West should not answer Oreshnik by copying the atomic-pea doctrine. The answer is not another theater of indiscriminate nuclear intimidation. The answer is a resilient, conventional, precision-based strike and defense architecture.

This is where the U.S. approach is stronger. Pershing II was the Cold War example: high accuracy, lower yield, hardened military targets, political will, and a direct answer to Soviet coercion. Today the equivalent is not a new nuclear Euromissile panic, but a layered family of conventional long-range fires: SM-6, Tomahawk, Typhon, Dark Eagle/LRHW, European long-range cruise-missile programs, Patriot, Aegis, SAMP/T, and Ukrainian air-defense innovation.

In July 2024, the United States and Germany announced that the U.S. would begin episodic deployments of long-range fires in Germany in 2026, including SM-6, Tomahawk, and developmental hypersonic weapons, as part of integrated deterrence.[23] The politics of that deployment have since become uncertain; Reuters reported in May 2026 that Germany said there had been no definitive cancellation of the planned U.S. weapons deployment.[30] But the strategic direction remains correct: NATO needs conventional long-range precision fires so Russia cannot monopolize intermediate-range coercion.

Dark Eagle - the U.S. Army Long-Range Hypersonic Weapon - is part of that future. The U.S. Army activated a battery designated for the Dark Eagle system in December 2025, describing it as a major step in delivering decisive effects for the joint force.[24] In April 2026, the Army announced a $2.7 billion contract supporting Dark Eagle ahead of an accelerated FY2026 timeline.[25] Reuters later reported that the contract moves hypersonic weapons from prototype development into production, including work connected to the Common Hypersonic Glide Body used by Dark Eagle.[26]

Europe is also moving. France, Germany, Italy, and Poland agreed in 2024 to develop ground-launched cruise missiles with range beyond 500 km to fill a gap exposed by Russia’s war against Ukraine; Britain later joined the long-range missile effort.[27]

Western conventional hypersonic and long-range systems still require discipline. They can create ambiguity if badly deployed or badly messaged. But the U.S./NATO approach, at its best, is more progressive because it is built around precision, conventional payloads where possible, alliance transparency, military targets, layered defense, and deterrence rather than nuclear terror against cities.

Russia uses ambiguity as a weapon. The West should use precision to defeat ambiguity.

Ukraine needs the shield and the sword

The practical conclusion is simple: Ukraine needs more air defense and more long-range precision strike.

Russia’s May 2026 barrage showed again that Ukraine can intercept enormous numbers of drones and missiles, but also that ballistic threats remain difficult and expensive to defeat. AP reported that Ukrainian air defenses destroyed or jammed 549 drones and intercepted 55 missiles in the May 24 attack, yet impacts still killed and wounded civilians and damaged civilian infrastructure.[1] That is not a Ukrainian failure. It is proof that Ukraine is defending Europe with too few tools against a terrorist state with strategic arsenals.

Ukraine needs Patriot, SAMP/T, Aster, NASAMS, IRIS-T, counter-drone systems, electronic warfare, and the industrial depth to sustain them. It also needs the ability to destroy the launchers, radars, depots, airfields, command posts, and factories that produce these attacks. Defense alone is not enough. A shield must be paired with a sword.

The moral asymmetry is obvious. Russia uses long-range strike to terrorize civilians and advertise nuclear danger. Ukraine uses long-range strike to degrade the machinery of invasion.

That difference should be stated plainly.

Oreshnik is dangerous because it is weak

The paradox of Oreshnik is that it is dangerous not because it proves Russian strength, but because it exposes Russian weakness.

A confident military power does not need to fire a strategic nuclear-capable missile at garages to prove a point. A confident weapons program does not market unstoppable hypersonic terror and then produce kinetic impacts that analysts compare to drone-level or limited conventional effects. A confident state does not blur nuclear and conventional signaling because it cannot win cleanly on the battlefield.

Oreshnik is dangerous because it is a weak regime’s instrument: theatrical, ambiguous, escalatory, and morally rotten.

It is not the achievement of the Soviet RUK dream. It is the collapse of that dream into propaganda. A real reconnaissance-strike complex finds, tracks, and destroys meaningful military targets. Oreshnik throws glowing metal at Ukraine and asks the world to imagine mushroom clouds.

This is the return of the atomic pea.

The atomic-pea age must end

The Soviet/Russian medium-range missile tradition has always had a moral sickness at its core. Pioneer held Europe hostage with nuclear peas. Oreshnik now tries to hold Ukraine and NATO hostage with nuclear ambiguity. In both cases, the idea is the same: compensate for strategic weakness with terror.

The American and Ukrainian answer should be unapologetically different.

America’s best tradition is not terror but precision. Pershing II terrified the Soviet command system not because it threatened civilians more crudely than Pioneer, but because it made Soviet nuclear blackmail strategically obsolete. Modern U.S. and NATO long-range fires should follow that logic: conventional where possible, precise, resilient, alliance-integrated, transparent enough to reduce nuclear ambiguity, and strong enough to make Russian coercion fail.

Ukraine’s best tradition in this war is adaptation under fire: distributed sensors, drones, intelligence, courage, and the refusal to surrender a free society to an empire that treats civilians as coordinates.

So the final contrast is stark.

Russia fires Oreshnik to make civilians afraid of nuclear war.

Ukraine fights to keep civilians alive.

The United States and NATO should back Ukraine with the shield and the sword: air defense, long-range precision fires, industrial depth, and political will.

Because Oreshnik is not a superweapon. It is the atomic pea fired in the age of Telegram.

And the answer to the atomic pea is not fear. It is precision, resilience, and victory for Ukraine.

Source notes

[1] Associated Press, ‘Russia uses hypersonic Oreshnik missile in mass attack on Kyiv,’ May 24, 2026.

[2] Reuters, ‘Russia hits Ukraine with Oreshnik missile in one of war’s biggest attacks on Kyiv,’ updated May 25, 2026.

[3] Kyiv Post, ‘Air Force Confirms Russia Deployed Oreshnik Missile Against Kyiv Region,’ May 24, 2026.

[4] Kyiv Post, ‘ISW: One in Four Putin’s Oreshnik Missiles May Be Failing,’ May 26, 2026.

[5] RFE/RL, ‘The Strange Payload Of Russia’s Oreshnik Missile,’ May 26, 2026.

[6] Ukrinform, ‘Damage recorded in six districts of the Kyiv region as result of Russian attack,’ May 24, 2026.

[7] CSIS Missile Threat, ‘Oreshnik,’ January 12, 2026.

[8] Pentagon transcript, Deputy Pentagon Press Secretary Sabrina Singh briefing, November 21, 2024.

[9] CSIS Missile Threat, ‘RSD-10 Pioneer (SS-20),’ April 23, 2024.

[10] CSIS Missile Threat, ‘Pershing 2,’ April 23, 2024.

[11] National Security Archive, ‘The Soviet Side of the 1983 War Scare,’ November 5, 2018.

[12] RUSI, ‘Iskander, Pershing II and Missile Defences: History Repeating,’ commentary.

[13] Carnegie Endowment, James M. Acton, ‘Is It a Nuke? Pre-Launch Ambiguity and Inadvertent Escalation,’ April 9, 2020.

[14] Congressional Research Service via EveryCRSReport, ‘Russian Compliance with the Intermediate Range Nuclear Forces (INF) Treaty,’ updated August 2, 2019.

[15] Arms Control Association, ‘U.S. Alters Non-Nuclear Prompt-Strike Plan,’ April 2011.

[16] NATO, ‘NATO and the INF Treaty,’ August 2, 2019.

[17] CSBA, ‘The Evolution of Precision Strike,’ 2012.

[18] Oxford Changing Character of War Centre, ‘The Russian Reconnaissance Fire Complex Comes of Age,’ May 30, 2018.

[19] CSIS, ‘Operational Fires in the Age of Punishment,’ May 6, 2025.

[20] CSIS Missile Threat, ‘DF-21 (CSS-5),’ April 23, 2024.

[21] CSIS Missile Threat, ‘DF-26,’ April 23, 2024.

[22] Andrew S. Erickson, ‘Chinese Anti-Ship Ballistic Missile Development,’ Jamestown/USCC publication.

[23] American Presidency Project, ‘Joint Statement by President Biden and Chancellor Olaf Scholz of Germany on United States Deployment of Long-Range Fires Capabilities in Germany,’ July 10, 2024.

[24] U.S. Army, ‘Long-Range Hypersonic Weapon System Battery activates on Joint Base Lewis-McChord,’ December 17, 2025.

[25] U.S. Army, ‘Behind Dark Eagle: Contracting at the Speed of Hypersonic,’ April 20, 2026.

[26] Reuters, ‘Leidos receives $2.7 billion hypersonic weapons contract,’ May 12, 2026.

[27] Reuters, ‘France, Germany, Italy, Poland agree to jointly develop long-range cruise missiles,’ July 11, 2024.

[28] U.S. Army Line of Departure, ‘Tactical Reconnaissance-Strike in Ukraine,’ Spring 2025.

[29] Defense Express, ‘Impact Site Analysis Challenges Russian Claims About Oreshnik’s Kinetic Superweapon,’ May 25, 2026.

[30] Reuters, ‘German defence ministry says no definitive cancellation of US weapons deployment,’ May 4, 2026.

My father was not an anti-nuclear activist. He was not a pacifist writing from outside the system. He was a Soviet and later Russian nuclear-force officer, a major, who served from 1980 to 1997 in the world of the RVSN - the Strategic Rocket Forces - and in the military-scientific environment around the General Staff. Part of that world was the 27th Central Research Institute, a Soviet/Russian military research institution associated with automation, military computing, and command-and-control systems.[2]

He died of cancer in January 2021, shortly before I defected and before Russia began its full-scale invasion of Ukraine.

I still miss him. Sometimes, when I think through nuclear command and control, Soviet simulations, cruise missiles, drones, strategic warning, and Putin’s miracle weapons, I feel as if I am speaking with him again.

He was a military man, but not only that. He was also a civilian researcher, a romantic personality, a man attracted by science, space exploration, nature, life, and the intelligence of human beings. He could speak about nuclear war and then about the stars. He understood both sides of human intelligence: the intelligence that dreams of space, and the intelligence that builds machines for ending the world.

His conclusion about nuclear war was always clear.

Even in the best years of Soviet might, even when the USSR still possessed a vast army, global reach, enormous arsenals, and the prestige of a superpower, the people inside the Soviet strategic system did not believe they could win a nuclear war. According to him, they did not even believe they could conduct a clean, effective first strike. The simulations showed defeat.

Not propaganda defeat. Not moral defeat. Physical, mathematical, civilizational defeat.

The Soviet Union did not secretly believe in victory. It secretly modeled defeat.

In 1985, Ronald Reagan and Mikhail Gorbachev publicly stated what many serious professionals already understood: a nuclear war cannot be won and must never be fought. That sentence was morality, but it was also calculation.[1]

This is the fact most people miss when they listen to Russian nuclear threats today. The Soviet professionals who built and modeled the system understood its limits better than the Russian political class that now performs with its ruins.

Today’s Russia is not stronger than the Soviet Union my father knew. It is weaker, louder, more wounded, more corrupt, more exposed, and perhaps more dangerous because of that.

The new nuclear theater

In May 2026, Russia and Belarus turned nuclear signaling into political theater again. Reuters reported that Russia launched nuclear-capable missiles and issued nuclear munitions to some units during major nuclear exercises involving Russia and Belarus. The drills involved roughly 64,000 personnel, more than 200 missile launchers, 140 aircraft, 73 surface ships, and 13 submarines.[4]

Russian-language reporting gave the official framing. Kommersant, citing the Russian Defense Ministry, described the exercises as training for the preparation and use of nuclear forces in conditions of threat of aggression. The exercises involved the RVSN, the Northern and Pacific Fleets, Long-Range Aviation, and elements of the Leningrad and Central Military Districts.[5]

This matters because Belarus is no longer only a neighboring dictatorship. It has become a forward stage for Russian nuclear messaging. In older Soviet and Russian usage, some still call it Belorussia; strategically, its role today is clearer: it helps Moscow move nuclear fear westward.

Around the same time, Russia used the Oreshnik missile in one of the heaviest attacks on Kyiv of the war. Reuters reported that European leaders described the use of the nuclear-capable intermediate-range missile as escalation, while EU foreign policy chief Kaja Kallas called it reckless nuclear brinkmanship. Russia claimed the strikes targeted military infrastructure; Ukraine reported civilian, cultural, and residential damage.[6]

Moscow’s official argument is always the same: Russia is responding to aggression; Russia is surrounded; Russia’s nuclear posture is defensive; Russia must signal resolve. The updated Russian nuclear doctrine, approved in 2024, formally widened the circumstances under which Moscow says it may consider nuclear use, including scenarios involving Belarus and attacks by a non-nuclear state supported by a nuclear power.[3]

That official position should be examined seriously. Russian strategists do think in terms of encirclement, surprise attack, decapitation, and loss of control. But the question is not only why Russia threatens nuclear use. The better question is why Russia needs to threaten it so often.

The answer is not strength alone. It is stress.

The strange weapons were born from fear

My father used to say that the strangest Soviet nuclear projects were often misunderstood. Outsiders saw them as signs of monstrous strength. Inside the system, they looked more like signs of fear.

The nuclear train. The BZhRK.

The automated retaliation system. Perimeter - known in the West as Dead Hand.

The ideas - some real, some experimental, some perhaps never more than internal fantasies - of hiding launchers in unreachable places, even under water, even at the bottom of Lake Baikal.

To my father, these were not signs that the Soviet Union felt invincible. They were signs that it knew it was vulnerable.

The Soviet rail-mobile missile system was real. FAS describes the RT-23 / SS-24 as both rail-mobile and silo-based. Its purpose was obvious: make part of the missile force harder to locate and destroy.[9]

Why put an ICBM on a train? Because a silo can be targeted. Because a command post can be cut. Because fixed infrastructure can be mapped. Because if you fear that the enemy might blind, decapitate, and disarm you, you begin to move, bury, disguise, disperse, automate, and fantasize.

Perimeter belongs to the same family of ideas. Western reporting based on former Soviet officer Valery Yarynich described it as a system designed to guarantee retaliation if Soviet leadership and communications were destroyed. It was not simply a cartoon doomsday machine. It was a command-and-control answer to a terrifying question: what if the center dies before it can send the order?[10]

This is the pattern: the more exotic the system, the more it reveals the underlying fear.

A confident empire does not need so many escape hatches.

Putin’s miracle weapons are the same disease

Putin’s Russia inherited this Soviet instinct but not the Soviet system that once gave it discipline. The same logic appears in today’s miracle weapons: Burevestnik, Poseidon, Sarmat, Oreshnik, and the broader theater of systems advertised as invincible, unpredictable, unstoppable, or immune to missile defense.

Russia says these weapons prove technological genius. I read them differently.

They are not proof of confidence. They are proof of compensation.

When normal deterrence feels insufficient, Moscow reaches for the spectacular. When geography is unfavorable, it invents unlimited range. When missile defense is feared, it invents exotic trajectories. When command is vulnerable, it invents automation. When conventional power fails, it performs nuclear theater.

The Sarmat story is a good example. In May 2026, Putin said Russia would deploy the new Sarmat strategic nuclear missile by the end of the year and described it as the most powerful in the world. Reuters noted that the program followed years of setbacks and delays, and FAS has reported that Russian modernization of ICBMs and strategic bombers has been slow, with Sarmat and PAK DA facing delays and setbacks.[30][8]

Burevestnik is even more revealing. Publicly, it is advertised as a nuclear-powered, nuclear-capable cruise missile with virtually unlimited range. In 2025, Russia claimed a long-range Burevestnik test, and Putin praised the weapon as able to pierce missile defenses. Reuters also noted the weapon’s poor test history and Western skepticism about its strategic value.[14]

Poseidon belongs to the same theater: an autonomous, nuclear-powered underwater weapon presented as impossible to intercept and capable of devastating coastal regions. Reuters reported Putin’s claimed successful Poseidon test in October 2025.[15]

These weapons are not just military projects. They are psychological projects. They are meant to make Russia look inevitable.

I saw the cost of a miracle weapon

In 2019, after the explosion near Nenoksa/Nyonoksa, I saw one of these miracle weapons enter the real world. Not as an animation. Not as television propaganda. As bodies.

I saw killed and gravely injured people being moved under secrecy toward Chkalovsky air base. I watched the information environment close around the accident: confusion, denial, secrecy, fragments of truth. I also remember the radioactive cloud not as an abstraction on a map, but as something moving over Russian territory, through the nervous system of a state that wanted both to test a miracle and hide the price.

The public record cannot carry every detail of what I personally saw. But it confirms the core picture: a fatal military test near Nyonoksa, Rosatom personnel killed, injured people, a radiation spike, and radioactive isotopes later identified in samples. Rossiyskaya Gazeta reported Rosatom’s statement that five Rosatom employees died and three others suffered injuries and burns during work involving an isotopic power source in a liquid-fuel engine system.[11] Reuters reported that U.S.-based experts suspected the accident involved the Burevestnik nuclear-powered cruise missile program.[12] The Guardian reported that Russia’s state meteorological service identified radioactive isotopes including strontium, barium, and lanthanum after the accident.[13]

This was not science fiction. It was not a patriotic animation flying around the globe. It was bodies, secrecy, radiation, and a state trying to manufacture invulnerability.

Burevestnik is the perfect symbol of Putin’s Russia: advertised as invincible, born from fear, and remembered by some of us as an explosion.

Cruise missiles were the ancestors of the drone war

One of my father’s most important observations was about cruise missiles.

He saw them as deadly not simply because of their explosive power, but because of what they attacked: warning systems, reaction time, geography, radar coverage, air-defense workload, and command confidence. A ballistic missile announces itself in one kind of strategic language. A cruise missile speaks another. It comes low. It can be delayed. It can route around defenses. It can exploit terrain, radar gaps, and human fatigue.

In that sense, the cruise missile was the ancestor of today’s drone war.

My father said the Soviet Union tried to create its own cruise-missile attack concepts against the United States and NATO, but basically failed to solve the problem at the required scale. Geography was against them. Force structure was against them. The Soviet Union did not have the same global basing, carrier aviation, airpower, deployment flexibility, and integrated airborne air-defense environment that the United States and NATO enjoyed.

What the USSR could not do effectively to America with cruise missiles, Ukraine is now doing to Russia with drones.

Ukraine has not destroyed Russia’s nuclear deterrent. It has done something else: it has destroyed the myth that Russia’s strategic rear is untouchable.

In June 2025, Reuters reported that Ukrainian drone strikes hit Russian nuclear-capable bomber aircraft. U.S. officials assessed that up to 20 warplanes were hit and around 10 destroyed, while experts said replacing Soviet-era Tu-95MS and Tu-22M3 bombers would be difficult and could take years. Reuters also noted that the strikes would not seriously affect Russia’s nuclear strike capability, which is mostly ground- and submarine-based.[16]

Russian official messaging called the attacks terrorism and minimized the damage. The Russian Defense Ministry acknowledged attacks on military airfields in multiple regions and said several aircraft caught fire in Murmansk and Irkutsk regions, while claiming other attacks were repelled.[29] That difference between official minimization and open-source damage assessment is itself part of the story.

Ukraine did not destroy the Russian nuclear arsenal. But it punctured Russia’s sanctuary.

When conventional war touches strategic warning

The same logic applies to early-warning systems. In 2024, Ukrainian drones struck Russian early-warning radar sites. Arms Control Today reported that attacks against sites in Armavir and Orsk damaged at least one radar antenna and raised U.S. fears that Russia could misinterpret the strikes as an attempt to weaken the early-warning capabilities of its strategic nuclear deterrent.[17]

This is the nightmare my father’s generation would have understood immediately.

In a clean Cold War diagram, conventional air defense and strategic warning are separate categories. In a real war, they can appear on the same screen. A drone approaches. A radar is damaged. A bomber base burns. Air-defense crews are exhausted. Commanders do not know whether they are seeing ordinary war, escalation, or preparation for something larger.

This is one of the most dangerous consequences of Russia’s war against Ukraine: conventional war is now touching the strategic nervous system.

This is also where my previous argument about Russian air defense becomes essential. Russia’s air-defense problem is not only that drones get through. It is that drones, cruise missiles, decoys, air-defense radars, bomber bases, command facilities, and strategic-warning assets now occupy the same wartime environment. The conventional screen and the strategic screen overlap.

The danger is not that Russia is strong and rationally confident. The danger is that Russia is powerful, wounded, opaque, and forced to operate parts of its strategic nervous system inside the noise of a conventional war.

The numbers lie

Public nuclear numbers create a false impression of precision.

A table says Russia has thousands of nuclear warheads. But war does not count warheads in the abstract. War counts maintained systems, trained crews, working communications, protected bases, reliable logistics, usable delivery platforms, secure storage, valid authentication, and chains of command that still function under pressure.

FAS public tables distinguish between deployed strategic warheads, nondeployed or reserve warheads, retired warheads awaiting dismantlement, and total inventory. That distinction matters. Total inventory is not the same thing as ready to fire. Military stockpile is not the same thing as survivable, deliverable, and connected. Warhead count is not the same thing as usable force.[7]

My own experience, and the experience of sources I trust who have dealt with Russian military systems more directly than most public commentary allows, points toward a much narrower reality than the headline numbers suggest.

Again: I am not claiming Russia’s nuclear arsenal is fake. That would be foolish and irresponsible.

I am saying the usable force is likely much smaller, more uneven, and more brittle than the ceremonial force. Several sources I trust describe the fixed silo component as the most conservative and reliable part of the posture. That does not mean silos are invulnerable; it means that, compared with more complex mobile, naval, aviation, storage, and command-chain elements, they may be less dependent on fragile wartime logistics, corruption-prone maintenance cycles, field improvisation, and exhausted conventional support systems.

Open sources cannot prove the strongest version of that claim. But they do support the narrower claim that Russian modernization is uneven and strained. FAS has reported delays and setbacks in major Russian strategic programs including Sarmat and PAK DA.[8]

The point is not that Russia is harmless.

The point is worse: a degraded nuclear force is not necessarily a safe nuclear force.

Low confidence can produce caution. It can also produce paranoia, secrecy, launch-on-warning instincts, and pressure to demonstrate readiness before the enemy concludes the arsenal is hollow.

A confident nuclear power is dangerous. A wounded nuclear power pretending to be confident may be more dangerous still.

WarGames was not fiction in Moscow

The film WarGames imagined nuclear war as a computational trap: once the system begins searching for victory, it discovers there is no winning move.

My father’s world was the Soviet version of that lesson, except the computers were real, the models were military, and the conclusion was not entertainment.

Crimson Tide dramatized a different nuclear fear: ambiguous orders, broken communications, obedience, verification, and human responsibility inside a submarine. The American nuclear imagination often focuses on authorization, authentication, preventing unauthorized launch, and the burden placed on individuals inside disciplined procedures.

The Soviet and Russian imagination was shaped by a different terror: decapitation, surprise attack, loss of communications, and the possibility that leadership could be destroyed before retaliation. That is the world that produced Perimeter. That is the world that produced nuclear trains. That is the world that produced dreams of hiding launchers where no planner could easily reach them.

Today, Russia has elements of both nightmares.

It has the ambiguity of Crimson Tide, but spread across an entire war environment: partial information, interrupted signals, political pressure, and dual-use systems. It has the automation and simulation problem of WarGames, but inside a state that has already turned much of its public politics into ritualized nuclear theater.

And it has something neither film fully imagined: cheap drones pushing into the strategic rear of a nuclear state.

The American advantage my father saw

My father was not naive about the United States. He was a Soviet officer. But he was also too intelligent to ignore structural reality.

He was fascinated by American advantages. Some were obvious: geography, oceans, global airpower, NATO basing, industrial depth, and a military culture built around long-range logistics. Others seemed almost mundane: hardened command centers, dispersed infrastructure, railroads, fuel, redundancy.

Cheyenne Mountain was one example. NORAD describes the Cheyenne Mountain Complex as a hardened command-and-control center built inside a granite mountain, fully operational as the NORAD Combat Operations Center in 1966, and used to support warning of ballistic missile or air attacks against North America.[18]

Railroads were another. The U.S. freight rail network runs on almost 140,000 route miles, and the Federal Railroad Administration describes it as the largest, safest, and most cost-efficient freight system in the world. Most U.S. freight locomotives are diesel-electric rather than dependent on a single national electrified catenary system.[19]

To a Soviet planner, these were not trivia. They were survivability.

America was not just a nuclear arsenal. It was a continent-sized logistics system with redundancy built into its geography.

This is one reason I think the United States, NATO, and Ukraine have better long-term chances even in the worst strategic environment. Not because nuclear war is winnable. My father’s whole lesson was the opposite. But because nuclear blackmail can be defeated by systems that keep societies functioning, keep command alive, keep defenses adapting, and keep alliances from being intimidated one country at a time.

The shield against blackmail

Russia’s answer to vulnerability has often been the apocalyptic machine: the nuclear train, the automated retaliation system, the underwater weapon, the nuclear-powered cruise missile, the miracle missile announced on television.

The democratic answer should be the shield.

Not a fantasy shield. Not a magic roof over America or Europe. No missile-defense architecture can promise perfect protection against a full-scale Russian or Chinese nuclear exchange. That is the wrong standard.

The purpose of missile defense is not to make nuclear war safe. It is to make nuclear blackmail less useful.

This is where systems like Golden Dome become strategically important - if they are discussed honestly. The White House’s January 2025 order called for a next-generation missile defense shield against ballistic, hypersonic, advanced cruise missile, and other aerial attacks, including space-based sensors and interceptors.[20]

The critics are not wrong to warn about cost and limits. The Congressional Budget Office estimated that one national missile-defense architecture broadly consistent with the order could cost about $1.2 trillion to develop, deploy, and operate over 20 years.[21] Reuters reported that such a system could still be overwhelmed by a full-scale attack from Russia or China.[21]

Russia and China also condemn Golden Dome as destabilizing. Reuters reported that both governments argued the plan threatens strategic stability by weakening the relationship between strategic offensive and defensive weapons.[22]

That criticism should be taken seriously. Missile defense can be destabilizing if sold as a first-strike enabler or an impenetrable shield.

But the answer is not passivity. The answer is layered defense: nuclear deterrence, missile defense, air defense, counter-drone systems, space-based warning, hardened command, civil resilience, cyber defense, industrial production, and alliance integration.

NATO already defines integrated air and missile defense as a continuous peacetime, crisis, and conflict mission that protects alliance territory, populations, and forces against air and missile threats.[23]

This is the better answer to Russian nuclear theater.

Russia builds weapons that promise revenge from beyond the grave.

The West should build systems that keep people alive.

My father knew what human intelligence could build when it served death. But he also believed in science, space, nature, and life. The democratic answer to Russia’s nuclear theater should be exactly that: intelligence used not to threaten the end of the world, but to make the threat less useful.

Ukraine has shown the future

Ukraine’s contribution to this future is enormous.

Ukraine has shown that a smaller country, if innovative, networked, motivated, and supported, can expose the weaknesses of a larger nuclear empire. Drones, sabotage, decoys, open-source intelligence, distributed production, electronic warfare, and adaptive air defense are not substitutes for nuclear deterrence. But they change the environment in which nuclear deterrence operates.

They make the strategic rear less sacred.

They make air defense and strategic warning overlap.

They force Russia to spend attention, interceptors, soldiers, secrecy, logistics, and political energy defending what it once assumed was safe.

The Kremlin wants the world to see an invulnerable nuclear giant. Ukraine has revealed something different: a state with enormous destructive capacity, but also brittle systems, exposed bases, exhausted air defense, damaged prestige, and a warning environment full of noise.

That is not a reason to underestimate Russia.

It is a reason to refuse the psychological premise of Russian nuclear blackmail.

Russia is leaking the Soviet inheritance

There is another way Russia is destroying its own nuclear power: it is giving away the ecosystem around it.

Not necessarily finished nuclear bombs. That would be too crude a formulation. The real danger is broader: missile knowledge, space technology, nuclear-applicable expertise, air defense, electronic warfare, battlefield data, sanctions evasion, drone production, and the prestige of defying the West without punishment.

The 2025 Defense Intelligence Agency threat assessment states that Russia is seeking foreign support for its war in Ukraine; that North Korea has shipped millions of artillery rounds and dozens of ballistic missiles and deployed more than 12,000 troops; that Iran continues to provide armed UAVs; and that, in return, Russia is expanding its sharing of space, nuclear, and missile-applicable technology, expertise, and materials with China, Iran, and North Korea, enabling advances in their WMD programs over the next three to five years.[24]

This is an extraordinary statement.

The Soviet Union guarded strategic technology as sacred state power. Putin’s Russia is trading pieces of that inheritance for shells, drones, troops, components, sanctions relief, diplomatic cover, and applause from other dictatorships.

North Korea is not only helping Russia. It is studying the war. Reuters reported that North Korean ballistic missiles fired by Russia at Ukraine showed a marked improvement in accuracy, and Ukrainian sources told Reuters that by the start of 2025 North Korea had supplied Russia with KN-23 and KN-24 ballistic missiles.[25]

Iran is not only selling drones. It is participating in a wartime laboratory. Reuters reported that Iranian-designed Shahed drones, which Russia calls Geran, have become one of Russia’s most important long-range attack weapons, with Moscow adapting the design to include improved navigation, engines, and larger warheads.[26]

China is not simply Russia’s partner. It is becoming the senior partner in waiting. AP reported that U.S. intelligence assessed China had surged sales of machine tools, microelectronics, and other technology to Russia, with about 90 percent of Russia’s microelectronics imports in 2023 coming from China and being used for missiles, tanks, and aircraft.[27] Reuters later reported an Estonian intelligence assessment that China had become a key hub for smuggling critical Western components for Russian drone production, while China denied the accusations.[28]

Russia thinks it is building an axis.

It may be building its successors.

The Kremlin inherited the Soviet arsenal. But by fighting a long war it cannot win cleanly, it is teaching China, North Korea, and Iran how to absorb the Soviet/Russian strategic inheritance piece by piece.

How Russia destroys its own blackmail

Russia’s nuclear threat will not disappear because Russia becomes peaceful. It may weaken because Russia overuses it, exposes it, corrupts it, trades its supporting technologies away, and forces its enemies to build defenses against it.

Every Belarusian nuclear drill, every Oreshnik strike, every television miracle weapon, every Burevestnik test, every threat against NATO pushes the democratic world toward the same conclusion: passive vulnerability must end.

This does not mean nuclear war can be won.

It means nuclear blackmail can be made to fail.

Russia wants the West to accept a simple equation: if Moscow threatens nuclear use, Ukraine must be abandoned, NATO must be cautious to the point of paralysis, and America must restrain itself while Russia destroys a European state.

That equation must be broken.

Not recklessly. Not with fantasies of a clean nuclear victory. Not by pretending Russia’s arsenal is harmless.

It must be broken through deterrence, defense, resilience, dispersal, industrial depth, and the refusal to let nuclear theater decide conventional wars.

The West should neither dismiss Russian nuclear threats nor obey them.

It should understand the machine behind the threat: enormous destructive capacity, degraded readiness, political desperation, strategic fear, and a warning environment polluted by conventional war.

What my father knew

My father loved science because he believed human intelligence could reach the stars.

He understood nuclear war because he had seen how that same intelligence could build a machine for ending everything.

That contradiction was the center of him: wonder and annihilation.

He knew something that Putin’s Russia tries to bury beneath parades, animations, missile names, and threats. Nuclear weapons are not magic. They do not erase geography. They do not repair logistics. They do not make broken air defenses whole. They do not turn defeat in a conventional war into victory. They do not make a corrupt state disciplined or a wounded empire invulnerable.

Even the Soviet Union, at the height of its power, did not believe it could win the nuclear war it spent its life preparing for.

Today’s Russia is weaker than that Soviet Union. Its strategic aviation has been hit. Its modernization programs are delayed. Its warning systems sit closer to the noise of war. Its air defenses are exhausted by drones. Its public numbers are inflated by categories that do not equal usable force. Its miracle weapons reveal fear more than confidence. Its strategic technology is leaking toward China, North Korea, and Iran.

And yet this does not make the situation safe.

It makes it unstable.

The tragedy is not that Putin’s Russia invented a new nuclear logic. The tragedy is that it inherited an old Soviet fear, stripped it of Soviet discipline, and added corruption, propaganda, and a real war.

My father’s generation ran the simulations and saw defeat.

Modern Russia still has the weapons.

The question is whether modern Russia still has enough realism left to stop itself.

Source notes

[1] Joint Soviet-United States Statement on the Summit Meeting in Geneva. Ronald Reagan Presidential Library, Nov. 21, 1985.

[2] Institut avtomatizatsii upravleniya voyskami: istoriya i sovremennost (27 TsNII). CyberLeninka / Voennaya mysl, 2009.

[3] Osnovy gosudarstvennoy politiki Rossiyskoy Federatsii v oblasti yadernogo sderzhivaniya. Russian Foreign Ministry / official text, 2024.

[4] Russia flexes nuclear muscles as tensions rise with NATO. Reuters, May 21, 2026.

[5] Sovmestnye yadernye ucheniya Rossii i Belorussii. Kommersant, May 2026.

[6] Russia hits Ukraine with Oreshnik missile in one of war’s biggest attacks on Kyiv. Reuters, May 23, 2026.

[7] Status of World Nuclear Forces. Federation of American Scientists.

[8] Nuclear Notebook: Russian nuclear weapons, 2025. Federation of American Scientists / Bulletin of the Atomic Scientists, May 2025.

[9] RT-23 / SS-24 Scalpel. Federation of American Scientists.

[10] Inside the Apocalyptic Soviet Doomsday Machine. Wired, Sept. 21, 2009.

[11] Radiatsionnyy skachok v Severodvinske poluchil obyiasnenie v Rosatome. Rossiyskaya Gazeta, Aug. 10, 2019.

[12] U.S.-based experts suspect Russia blast involved nuclear-powered missile. Reuters, Aug. 10, 2019.

[13] Russia says radioactive isotopes released by mystery blast. The Guardian, Aug. 26, 2019.

[14] Russia tested new nuclear-powered Burevestnik cruise missile. Reuters, Oct. 26, 2025.

[15] Putin says Russia tested Poseidon nuclear-capable super torpedo. Reuters, Oct. 29, 2025.

[16] Russia faces struggle to replace bombers lost in Ukrainian drone strikes. Reuters, June 6, 2025.

[17] Ukraine Strikes Russian Early-Warning Radars. Arms Control Today, July/August 2024.

[18] Cheyenne Mountain Complex. NORAD fact sheet.

[19] Freight Rail Overview. Federal Railroad Administration.

[20] The Iron Dome for America. White House Executive Order, Jan. 27, 2025.

[21] Potential Costs of a National Missile Defense System. Congressional Budget Office, May 12, 2026.

[22] Russia and China scold the United States over ‘Golden Dome’ plans. Reuters, May 20, 2026.

[23] NATO Integrated Air and Missile Defence. NATO, updated Feb. 13, 2025.

[24] 2025 Worldwide Threat Assessment. Defense Intelligence Agency statement for the record, 2025.

[25] Ukraine sees marked improvement in accuracy of Russia’s North Korean missiles. Reuters, Feb. 6, 2025.

[26] Inside Ukraine’s drive to defeat the dreaded Shahed drone. Reuters, Apr. 29, 2026.

[27] U.S. intelligence shows China is surging equipment sales to Russia to help war effort in Ukraine. Associated Press, Apr. 12, 2024.

[28] China aids Russian drone production with smuggled Western parts, says Estonia. Reuters, Feb. 12, 2025.

[29] Minoborony RF podtverdilo ataki ukrainskikh dronov na pyat rossiyskikh aerodromov. Meduza, citing Russian Ministry of Defence, June 1, 2025.

[30] Russia says it successfully tested its new Sarmat strategic nuclear missile. Reuters, May 12, 2026.

That point matters, because a lot of commentary about the war in Ukraine swings between two extremes. One side treats Russian air defense as nearly impenetrable: a vast integrated shield of S-300s, S-400s, Buks, Tors, Pantsirs, radars, fighters, electronic warfare systems, and command posts. The other side sees every successful Ukrainian drone strike inside Russia as proof that the entire system is collapsing.

Both views miss the more interesting reality.

Russia still has one of the world’s largest and most technically capable air-defense networks. Its systems continue to threaten aircraft, missiles, drones, and precision-guided weapons. But the war in Ukraine has exposed a deeper problem: much of this network was designed around Soviet assumptions about a very different kind of war.

It was built to defend political centers, strategic nuclear infrastructure, industrial regions, and northern approaches against NATO aviation, strategic bombers, and large-scale missile attack. It was designed for centralized command, strategic surface-to-air missile belts, high-altitude interception, and ground-controlled aviation.

Ukraine is forcing it to deal with something else: persistent, distributed, low-altitude attacks by drones and cruise-missile-type systems across a huge territory.

This is not just a technical problem. It is a doctrinal and institutional one.

Modern air defense is no longer simply a contest between a radar, a missile, and a target. It is a contest between networks: sensors, command systems, airborne surveillance, electronic warfare, pilot autonomy, industrial endurance, and the ability to adapt faster than the enemy can impose new costs.

That is where Russia’s Soviet inheritance is becoming a constraint.

The Soviet system was powerful - but optimized for another threat

The Soviet Union built air defense around the logic of strategic aerospace defense. It prioritized layered missile networks, large radar fields, ground-controlled interception, and centralized command. These choices made sense in the Cold War.

The expected threat was massed NATO aviation, strategic bombers, cruise missiles, and potentially large-scale aerospace attack. Soviet planners worried about protecting Moscow, command centers, nuclear forces, military-industrial regions, and approaches across the Arctic and Far East.

That logic produced real strengths. Russia inherited long-range interceptors, dense surface-to-air missile traditions, powerful radars, and a military culture that took air defense seriously.

But strengths built for one era can become constraints in another.

The MiG-31 is a good example. It was designed for long-range interception over vast northern and polar regions - to find and destroy bombers and cruise missiles before they reached critical targets. It is a remarkable aircraft for that mission. But it was not designed to provide constant low-altitude drone patrols around urban terrain, oil refineries, logistics hubs, ports, or dispersed industrial infrastructure.

The S-300 family reflects a similar inheritance. It emerged from a Soviet focus on strategic air defense. Russia has even repurposed some S-300 missiles for ground attack in Ukraine, which Reuters described in 2022 as a possible sign of dwindling conventional missile supplies. But every air-defense missile used as an imprecise surface-to-surface weapon is one less interceptor available for actual air defense.

Russia’s airborne early warning problem is also part of this inheritance. The Soviet Union and Russia developed the A-50 fleet, but never built the scale, redundancy, and networked airborne battle-management culture associated with NATO AWACS operations. Ukraine’s reported destruction or damage of Russian A-50 and Il-22 aircraft in 2024 showed how vulnerable a limited airborne command-and-control fleet can be. When the fleet is small, even a few losses matter.

The issue is not that Russia has no sensors or no air-defense systems. It has many.

The issue is whether those sensors, fighters, missiles, electronic warfare systems, and command structures can work together fast enough, over enough territory, against enough low-signature targets, under constant pressure.

That is a much harder problem.

Low altitude changes everything

Ground-based radar has an unavoidable weakness: the earth is curved.

Low-flying systems can hide below the radar horizon. Terrain, forests, buildings, industrial structures, and urban clutter all create detection gaps. A drone or cruise-missile-type system flying low does not need to be invisible. It only needs to be hard to detect early enough for the defender to classify, track, assign, and intercept it.

This is especially difficult around cities. Dense high-rise construction can create radar shadows, complicate line-of-sight detection, and reduce reaction time. Air defense around a capital like Moscow is not simply a matter of placing powerful systems nearby. The defender has to deal with urban terrain, civilian aviation, electronic interference, political pressure, and the risk of debris falling in populated areas.

Russia’s geography magnifies the problem.

Ukraine can focus many of its defensive resources within a more compact battlespace. Russia has to protect Moscow, St. Petersburg, strategic air bases, Black Sea ports, oil refineries, command facilities, nuclear infrastructure, logistics hubs, military-industrial sites, and occupied territory - while also sustaining the front.

No air-defense network can defend everything equally.

That is the strategic logic behind Ukraine’s long-range strike campaign. Ukraine does not need to destroy Russian air defense everywhere. It can impose dilemmas. It can force Russia to decide what matters most: the capital, the front, refineries, ports, military airfields, logistics routes, or politically symbolic targets.

The more places Russia has to defend, the thinner the defensive density becomes.

Recent Ukrainian strikes have increasingly targeted Russian radars, short- and medium-range air-defense systems, communications infrastructure, logistics nodes, ports, and oil infrastructure. These attacks have a cumulative effect. Even when individual strikes are limited, they force Russia to move systems, activate radars, spend interceptors, repair infrastructure, and redistribute protection.

That is not a spectacular collapse. It is attrition.

And attrition is exactly the kind of pressure that exposes rigid systems.

Russia has electronic warfare strength - but EW is not a shield

Russia’s strongest adaptation has been electronic warfare.

This should not be underestimated. Russian military thinking has long treated electronic warfare as a core part of modern combat. Systems in the Krasukha family and other EW platforms can interfere with satellite navigation, communications, reconnaissance platforms, and targeting cycles. Against drones, this can be very effective.

But electronic warfare is not the same as air defense.

Jamming or spoofing a drone may disrupt it. It may force it off course. It may make it miss its target. But disruption does not guarantee destruction. In some cases, it can create unpredictable flight paths. In populated areas, that creates its own risks.

This matters because Russia is now defending not only military zones but also cities, refineries, ports, and political centers. In that environment, electronic warfare, air-defense engagement zones, civilian infrastructure, radar gaps, and debris risks all interact.

The defender has to decide quickly: Is this object a real threat? Where is it going? Can it be jammed? Should it be shot down? What is behind it? What happens if the interceptor misses? What happens if the target falls into a residential area?

That requires fast and flexible command.

The Soviet model was not built around that kind of decentralized decision-making. It relied heavily on centralized control, ground-controlled interception, and planned strategic defense. That can work in a predictable scenario. It is less effective against persistent, multi-vector, low-altitude attacks coming in at irregular intervals.

Modern air defense requires constant multi-domain awareness: satellite intelligence, airborne early warning, passive detection, electronic intelligence, ground radar, fighter patrols, and real-time communications. Russia has pieces of this architecture. But its ability to fuse, distribute, and act on information appears less comprehensive and less redundant than NATO’s.

The problem is not the absence of sensors.

The problem is the speed and quality of integration.

Cheap drones create expensive decisions

The cost-exchange problem is one of the most important lessons of this war.

A cheap drone can force an expensive response. It can make a radar reveal itself. It can trigger interceptor expenditure. It can force an air-defense unit to relocate. It can impose maintenance stress. It can make commanders protect one site at the expense of another.

Russia has used this logic against Ukraine with Shahed-type drones. Ukraine is now applying similar pressure inside Russia.

The defender may shoot down most incoming drones and still lose strategically if the attacker forces constant expenditure, disruption, and redeployment. A successful defense can still be expensive. A failed interception can be politically embarrassing. A radar that activates can become a target. A point-defense system placed to protect one facility is unavailable somewhere else.

Pantsir-S1 illustrates the problem.

Russia has promoted Pantsir as a flexible short-range system for protecting high-value targets against aircraft, drones, and cruise missiles. But open-source analysis and battlefield experience have shown limitations, especially under drone saturation and complex attack conditions. The appearance of Pantsir systems on rooftops in Moscow and near leadership-related sites revealed both concern about Ukrainian strikes and the political priority given to the capital.

That priority is not new. Soviet and Russian air-defense planning has always privileged Moscow, command centers, strategic nuclear infrastructure, and leadership protection.

But the war makes this hierarchy visible.

If Russia concentrates systems around Moscow and politically sensitive locations, it improves protection for the regime center. But that leaves ports, refineries, logistics hubs, airfields, and dispersed industrial sites more exposed.

Ukraine has exploited exactly this tradeoff.

Strikes against Russian oil infrastructure are not only economic attacks. They are tests of allocation. Every refinery, storage site, port, and logistics hub that requires additional protection competes with the front and with Moscow for scarce air-defense resources.

This is how drones can create strategic effects far beyond their warhead size.

NATO adapted differently

NATO airpower was also shaped by the Cold War. But Western airpower evolved in a different direction: persistent airborne surveillance, decentralized tactical flexibility, interoperable communications, integrated ISR, and airborne battle management.

NATO AWACS aircraft are not just flying radars. They provide air surveillance, command and control, battlespace management, communications, and low-altitude detection support. NATO’s future transition toward E-7 Wedgetail aircraft reflects the same priority: airborne early warning and battle management as the center of an integrated network.

Fighter modernization reinforces this model.

The F-35 is not simply a stealth aircraft. Its value lies in sensor fusion, situational awareness, and the ability to gather and distribute information. Modernized F-16s with AESA radars also improve detection, targeting, identification, and homeland-defense roles.

These aircraft are not counter-drone systems in a narrow sense. But the architecture around them is more adaptable to the drone and cruise-missile era because it supports flexible patrols, distributed decision-making, and faster sensor-to-shooter cycles.

Ukraine’s early-war experience supports this point.

Ukraine entered the full-scale invasion with aging Soviet aircraft and a much smaller air force. Yet Russia failed to establish durable air superiority. One reason was Ukraine’s ability to disperse and preserve mobile surface-to-air missile systems. Russian fixed-wing aircraft could not operate freely at medium altitude. Ukrainian air defense survived by moving, hiding, adapting, and integrating external intelligence.

The popular Ghost of Kyiv story should be understood in this context. It was not literally one ace pilot shooting down Russian aircraft over Kyiv. The Ukrainian Air Force later acknowledged it as a morale legend and collective image.

But the myth captured something real.

Ukrainian pilots and air-defense crews, operating with limited equipment and under extreme risk, helped prevent Russia from achieving the rapid aerospace dominance many observers expected. The lesson is not that myth defeats technology. The lesson is that mobility, initiative, dispersed operations, and integration can offset numerical inferiority.

That is the opposite of a rigid strategic-defense model.

Russia’s problem is not failure. It is overload.

It would be wrong to say that Russian air defense is collapsing.

It remains dangerous. It can still impose serious costs. It still protects many high-value targets. Any opponent who treats it as weak or obsolete would make a serious mistake.

The real problem is overload.

Russia is asking its air-defense network to perform too many missions at once. It must defend the front, protect occupied territories, shield the capital, cover strategic nuclear and command infrastructure, defend energy assets, protect air bases, respond to Ukrainian long-range strikes, and prevent politically embarrassing attacks deep inside Russia.

Those missions compete with one another.

A system designed around strategic defense can handle large threats if it knows where to concentrate. It is less comfortable when the enemy distributes pressure across many small targets, many routes, and many time windows.

This pressure can erode readiness gradually. Radars are stressed. Interceptors are consumed. Point-defense systems are moved from one priority to another. Airborne early warning capacity is limited. Maintenance cycles become harder. Gaps widen.

The most likely outcome is not the sudden collapse of the entire Russian air-defense system. More likely is localized degradation: specific regions, infrastructure clusters, ports, refineries, or operational corridors becoming increasingly vulnerable.

That is already strategically important.

Persistent drone and cruise-missile-type attacks also create a more saturated warning environment. Ukrainian strikes are conventional, not nuclear. But repeated low-altitude attacks, air-defense launches, radar alerts, and electronic warfare activity can blur the operating picture. In a future NATO-Russia crisis, that kind of ambiguity could compress decision time and increase the risk of misinterpretation.

This is one of the most dangerous long-term implications of the war.

The deeper lesson

The war in Ukraine does not show that Russian air defense is irrelevant.

It shows that an air-defense system built for one era can struggle in another.

The Soviet model was optimized for centralized strategic defense, high-altitude interception, and large-scale aerospace attack. Modern war increasingly rewards low-altitude penetration, cheap drones, persistent ISR, dispersed operations, electronic warfare integration, and rapid decentralized adaptation.

Russia has adapted. It has reinforced key locations, expanded electronic warfare, moved systems, changed deployments, and prioritized politically sensitive targets. But adaptation is not the same as transformation.

The deeper problem is organizational.

Air defense today is a competition between networks, adaptation cycles, industrial endurance, command flexibility, and the ability to maintain defensive density under constant attritional pressure.

Russia still has significant strengths from its Soviet inheritance. It has scale, experience, long-range systems, electronic warfare, and a deeply rooted air-defense culture.

But that same inheritance also creates weaknesses: centralization, rigid allocation priorities, limited airborne battle-management capacity, imperfect integration, and a strategic-defense mindset that is poorly suited for persistent distributed warfare.

Ukraine is not defeating Russian air defense with one miracle weapon.

It is exposing the gap between the war Russia prepared for and the war it is actually fighting.

That gap is where many of the most important lessons of this war can be found: in the institutions, assumptions, propaganda, and military habits that shape Russia’s war - and in the ways Ukraine is forcing them into the open.

Source notes

[1] Reuters, ‘What is the S-300 missile that is reported to have hit Poland?’, November 16, 2022.

[2] Reuters, ‘Ukraine destroys Russian spy plane and command aircraft - army chief’, January 15, 2024.

[3] Reuters, ‘Ukraine military destroys Russian surveillance plane - air force commander’, February 23, 2024.

[4] Reuters, ‘Ukrainian mid-range strikes deal double blow to Russia’s war effort’, May 19, 2026.

[5] Reuters, ‘Oil refining at a standstill in central Russia after Ukrainian drone strikes, sources say’, May 20, 2026.

[6] Reuters, ‘Ukraine strikes Russian port of Tuapse again as environment crisis deepens’, April 30 / May 1, 2026.

[7] CSIS, ‘Drone Saturation: Russia’s Shahed Campaign’, May 13, 2025.

[8] The War Zone, ‘Pantsir Air Defense Systems Appear On Moscow Rooftops’, January 19, 2023.

[9] Al Jazeera / AFP, ‘Kremlin stays silent on missile systems seen on Moscow rooftops’, January 21, 2023.

[10] NATO, ‘AWACS: NATO’s eyes in the sky’, updated March 3, 2026.

[11] U.S. Air Force, ‘F-35A Lightning II Fact Sheet.’

[12] U.S. Air Force, ‘AESA radar launches F-16 into next generation of airpower’, June 23, 2022.

[13] RUSI, ‘The Russian Air War and Ukrainian Requirements for Air Defence’, November 7, 2022.

[14] CSIS, ‘Air Superiority in the Twenty-First Century: Lessons from Iran and Ukraine’, October 10, 2025.

[15] Washington Post, ‘The Ghost of Kyiv was never alive, Ukrainian air force says’, May 1, 2022.