This tower is next to a hospital and high public traffic commercial area including mall and numerous box stores and strip malls.

The tree in direct line of the tower and in close proximity is dying from the top down. Is this tree under stress from constant high frequency RF radiation?

The cellular network grid, which this tower is part of, is integral to the technocratic transformation including digitalization and massive data collection and computation. The grid through internet wifi connection allows for the massive data collection both online and in the physical domain.

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In addition, more 5G millimeter wave antennas are deployed.

With the rapid spread of AI data centers, the cellular network grid via fiber optic cabling plays an important role in transferring data to and from these centers.

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These centers will be the brains, all knowing of society, creating the foundation and in conjuction with cellular network grid for full on digitalization including digitalization of all financials.

Just as people are financial coerced to accept smart meters, people will be coerced to accept digital currency likely and partly by phasing out physical money.

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Hillsboro tech hub is 30 km west-northwest of Portland, Oregon. The hub has over 100,000 population as of 2020 census.

The recent tech boom has sent acreage prices in Hillsboro from 1/4 of million to over 1 million per acre. And the high energy demand of AI Data Centers are pushing up local energy prices and straining the energy grid.

Intel has a massive plant complex in Hillsboro that focuses on research and development and manufacturing of AI chips/processors for AI Data Centers.

Currently according to the City of Hillsboro, Hillsboro has 21 constructed and permitted AI data centers: 16 active covering 346 acres, 5 permitted/under construction covering 124 acres, and 5 more centers planned covering 177 acres.

Hillsboro is an ideal location for these centers as it is a stopping point for submarine cables of fiber optic that connect throughout the Asia Pacific region.

4 main submarine fiber cables connect to Hillsboro:

Hawaiki Cable:

14,000 km length

Built 2018 July

Landing points: Australia, New Zealand, Hillsboro Oregon, Hawaii.

Tata TGN- Pacific Cable

22,300 km length

Built 2002 December

Landing Points: Guan, Japan, Hillsboro, Los Angeles.

North Star Cable

3,229 km length

Built 1999 October

Landing Points: Alaska, Hillsboro.

Southern Cross Cable Network

30,500 km length

Built 2000 November

Landing Spots: Australia, New Zealand, Hillsboro, Harris and Monro Bay California.

Fiber optics provide high speed transfer of data and reliable connectivity (low latency).

In addition, Hillsboro provides a renewable energy source utilizing in-pipe hydroelectricity (underground water pipeline that converts excess water pressure to electricity).

The AI Data Centers have a massive footprint as shown by these examples:

QTS has three data centers planned for Hillsboro with two already built:

Hillsboro 1: 25 acres and 20 MW power output.

Hillsboro 2: 51 acres and 180 MW power output.

Hillsboro 3 in development: 44 acres and 100 + power output.

The hyperscale AI Data Centers refer to 100 MW plus and focused cloud service and AI workloads.

NTT has Built the first of five AI data centers in Hillsboro: 138,000 square feet center with 36 MW power output. The total MW power output of NTT’s centers in Hillsboro will reach 126 MW power output.

The breadth of the AI data center development in Hillsboro should raise concerns as to the direction of society, not to mention the impact on local residents from increase in energy prices, drain on local water supply, and noise pollution including infrasound. Note, local residents benefit in terms of employment only primarily in the construction phase of development.

Cloud services primarily involves storage of data and AI workloads refers to the processing of data potentially in real-time.

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These humanoids are AI programmed and WiFi charged, while take the shape of human beings.

In this example, BMW at its Spartanburg Plant in South Carolina have begun deploying third generation humanoids.

The 03 humanoid has tactile hand sensors, soft safety components, wireless charging, speech to speech audio that allow humanoids to verbally communicate with human workers.

This humanoid is able pick and sort auto parts from large containers and place parts in sequencing trollies for assembly line.

The second generation humanoid over 10 months has logged 1,250 hours of operation, placed more than 90,000 sheet metal components, inserted parts on over 30,000 BMW X3 vehicles at the same pace as human workers.

These humanoids over time will develop more and more capability, displacing more and more human workers.

By 2050, there are forecasts that cyborgs a mix of human biology and machine will be deployed.

The AI data centers provide among other things real-time processing of data for AI robotics, drones, machines, and vehicles.

The technocratic agenda has been in the works since at least 1970’s when the regulations on RF radiation in the public domain were first adopted.

What will follow the full deployment of AI data centers?

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Location: Rocky View County near Balzac, Alberta, Canada.

This center will have a capacity of 90 MW (power equivalent of 90,000 homes), and classified as Tier 3 center.

Tier 3 centers have less than 2 hours downtime annually due to two complete power systems: two electrical connections and two sets of generators. When one system needs maintenance, you can switch to the other.

During the maintenance, the center will vulnerable if anything happens to the one power system operational.

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Massive drain on energy and water

1 million liters of water up to 5 million liters plus a day to keep high intensive power AI chips cool, and energy consumption in excess of 1000 MW (megawatts) depending on size of AI data centers.

Yet the surveillance digital technocratic agenda is being pushed on people worldwide.

In this video, we unpack more attributes of these centers.

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At this site in an industrial area of Rocky View County, Alberta, Canada, there is a mid-tier AI facility requiring 26 MW (megawatt) of power (equivalent to power of 26000 households).

Later this year, a new AI data center will be live with 90 MW capacity.

Overall in the world, there are around 12,000 AI data centers with North America comprising half of them.

AI data centers are integral to the surveillance technocracy and by extension digitalization and AI robotics and self-driving autonomous vehicles.

There is no technocracy without these centers, which compute and process mass data in real-time.

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Collinear antenna arrays, with omnidirectional emission and ideal for 5G millimeter wave, are becoming more commonplace.

Currently, the tower is emitting up to 2.64 GHz frequency and 3741.12 watt power output (which is more than double the typical tower). The RF radiation standards established in 1978 allow up to 300 GHz. This frequency limit will be surpassed with 6G and terahertz frequency.

Within 300 meters of the tower is a massive Amazon facility.

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Live video of site:

https://www.facebook.com/share/v/18fdScsNKE/

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Addition of phased array antennas and 5G millimeter wave antennas.

RF radiation extreme danger warning at site: radioactive material and danger and death warning.

When will these sites be fully activated?

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Everyone has a unique, identifiable heartbeat or cardiac signature. This uniqueness is determined by the characteristics of the heart including the size of its chambers.

Since at least 1977 technology has existed to identify someone by their heart beat or cardiac signature.

In terms of biometrics, cardiac signature is less likely to be changed unlike fingerprints which can change due to aging or hands related work or iris detection which can change due to contact lenses or sunglasses.

Millimeter wave radar at high frequencies (77-81 GHz and potentially as high as 300 GHz) is emitted in a beamform of electromagnetic radiation. Vehicles with anti-collision technology uses the millimeter wave as do vessels with navigation technology.

Unlike LIDAR which uses linear laser beams (photons), millimeter wave radar uses cone shaped electromagnetic beams.

The millimeter wave beams detect motion, and its high frequencies make the waves sensitive to smaller movements than Wi-Fi and microwave technology.

The beams bounce off a person’s chest, detecting chest displacements (0.1 - 0.5 mm) from the heartbeats. These movements are called micro-vibrations.

Algorithms remove static noise or unrelated movements, and digital filters isolate the heartbeats, creating a continuous wave that mimics the heart beat.

With the emergence of so-called smart cities aka 15 minute confinement zones and smart almost any device, millimeter wave radar will be a central part of identification, surveillance, and tracking of people.

Smart watches, smart clothing, smart access cards can be used to create a database of people’s cardiac signatures and identify people based upon their heartbeats. (The millimeter wave and by extension their antennas are extremely small. So small that they can fit in a smart watch or phone: Millimeter wave 10 mm to 1 mm. 1 mm is 0.039 inches about the size of a paperclip wire or thickness of a credit card.)

At airports, there are millimeter wave body scans which can also detect heartbeats, and thereby identify a person according to their cardiac signature and collect data on their heartbeats.

As we have discussed, there are increasing cellular network deployments such as phased antenna arrays and collinear antenna arrays that utilize the millimeter wave. And according to government deployments plans, the millimeter wave is set to be deployed significantly in 2027 in the public domain.

https://www.facebook.com/share/p/1CjpT9GvvS/

Overall, there will be almost no privacy as this technocracy emerges as shown by the millimeter wave radar. Without privacy, people will be vulnerable to those overseeing them including artificial intelligence algorithms.

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This development is the trajectory.

The meter readings max out at 6.0 V/m and with power output in excess 52,000 uW/m2.

0.5 V/m and 1,000 uW/m2 and below are considered safe levels of RF radiation (BioInitiative and Building Biology).

This site is in a commercial area of Calgary NE, Alberta, Canada.

The North American standards allow up 76 V/m and 300 GHz.

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Scientific studies on the biological effects of the millimeter wave are almost non-existent in the public domain.

In this 1977 scientific study (49 years ago) on the biological effects of the millimeter wave give us insight into its severe trauma on the human body.

The study includes morphological (form, shape, structure biologically of organisms), functional, and biochemical (chemical processes and substances in living beings) investigations. In addition, the study is conducted on both human beings and animals.

* The study clarifies that the degree of biological effects from millimeter wave exposure depend on duration and individual characteristics of organisms exposed.

Main Findings:

Structural alterations to skin and internal organs (liver, kidneys, spleen, lungs, heart, brain).

Changes to blood and bone marrow composition.

Changes to reflex activity.

Tissue and enzyme respiratory issues.

Destruction of cytochrome (chain nucleic acid in organisms).

Suppression of the nucleo protein metabolism.

Millimeter Wave Antennas:

The millimeter wave and by extension its antennas are significantly smaller than microwaves.

Microwaves 1000 mm to 10 mm.

Millimeter wave 10 mm to 1 mm.

1 mm is 0.039 inches about the size of a paperclip wire or thickness of a credit card.

In other words, the millimeter wave antenna is potentially extremely small. The smaller the antenna the smaller the wavelengths being emitted, and the higher the frequency.

Microwave has a ceiling around 30 GHz, whereas the millimeter wave has a ceiling of 300 GHz.

The North American RF radiation standards as an example allow up to 300 GHz in the public domain.

To put this information in context, we see evidence of the deployment of millimeter wave antennas:

https://www.facebook.com/share/p/18J1bqx5G2/

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New antennas are being deployed that are conducive to high frequency with emphasis on the 5G millimeter wave 24 - 100 GHz in the form of beamforming technology.

The first two photos of recent deployments are of collinear antenna arrays. These antennas are omnidirectional (360 degrees) with frequency between 26.2 - 30 GHz and higher. Two high gain biconical antennas (and potentially more around the structure) are stacked while being integrated into each other.

Collinear refers to antennas’ elements being integrated vertically into each other. Basically the antennas are acting as one, which is ideal for beamforming.

Array refers to more than one antenna being part of the overall antenna structure.

In the third photo is a phased antenna array with no stacking. Similar to the collinear antenna, this antenna is omnidirectional and can emit high frequency.

With the government planned live millimeter wave activation in the public domain in the 2027 and the smart city agenda aka 15 minute confinement zones these deployments are next incremental steps. In addition, with the corporate and government push of artificial intelligence including AI data centers, robotics, mass AI domestic surveillance, and autonomous AI self-driving vehicles, these deployments take on greater significance.

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The establishment entities profiting from the technocratic transformation and their political, bureaucratic, media offshoots ignore and even deny the serious health repercussions to the detriment of the public as a whole.

We recall a woman having skin lesions on her leg. In her office she sat next to a modem on the ground. Unfortunately, the woman passed away. Was her death related to her neurological disorder?

Abnormal functioning brain is another outcome of RF radiation exposure, which includes brain inflammation and chronic rumination, self-referential thought, and emotional distress manifested as depression, anxiety, and trauma.

Neurological pathological disorder includes serious diseases and disorders such as Alzheimer’s, Parkinson’s, MS, strokes, and tumors.

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The antenna has 360 degree coverage. The array refers to multiple antennas that are connected around the circular structure, and which can function as a single beamforming antenna. The phased refers to a digital controller that allows the antennas to be directional to the target(s) of signal. It should be noted the smaller the antenna the higher the signal frequency of the antenna.

In 2027, the millimeter wave with frequency between 24 - 100 GHz is expected to go live according government spectrum planning.

This tower is located in residential/ commercial area including schools and places of worship of Calgary NE, Alberta, Canada.

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This surveillance and autonomous AI killer drones are being justified for national security and public safety. It should be noted that the cellular network grid and AI data centers are necessary infrastructure for these phenomenon.

What is this domestic surveillance, and how does it work?

This surveillance relies on existing databases such as the database being created by Palantir Corporation via the US federal government and based upon access to American’s government records and online activity.

Using 24/7 visual data from the mass deployment of surveillance cameras, AI identifies people and objects of interest, interpret visual data, identify threats, create Metadata tags of faces and objects, and has processors in surveillance cameras, facial recognition capability, which implies facial database, people and object tracking from camera to camera, AI behavioral analysis, license plate identification, gun and weapon detection, and finally AI predictive analysis.

Eventually this surveillance will become AI autonomous with the potential for preemptive elimination of threats based upon the predictive results.

Digitalization will only expand the surveillance because almost all human activity would be relegated to online activity, which is monitored, recorded, tracked, analyzed.

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Two and half months ago close to Christmas, US President Trump signed an executive order on the accelerated development and deployment of 6G.

6G will bring ultra large scale antennas (tight, dense grid), and the integration of sensing and communication.

With deployment of 6G the technocratic grid will be complete:

The details of Trump’s Order are alarming to us, and confirm our repeated warnings about technocratic transformation.

The Order identifies 6G as pivotal to the development and adoption of artificial intelligence, robotics, and implantable technologies.

What are these implantable technologies? Wireless implantable brain chips? Implantable wireless nanosensors in the human body?

In addition, the Order claims that 6G will strengthen and secure communication networks related to national security and public safety purposes. Do these public safety purposes include mass AI surveillance in real-time and that the surveillance data will feed into mass AI database run by Palantir, which is funded by the US federal government?

There is mention in the Order of harmonizing 6G radiofrequency spectrum internationally as part of a global network grid.

Further, the Order prioritizes RF spectrum frequencies of 7.125 - 7.4 GHz and 7.4 - 8.4 GHz for the initial deployment of 6G and focus on commercial entities. Are these entities referring to AI data centers?

2.69 - 2.9 GHz and 4.4 - 4.94 GHz may be reallocated as well to commercial entities involved in 6G deployment.

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Mega tower in residential area of Calgary NW, Alberta, Canada. This tower could be in any urban area of the Western hemisphere.

In our previous video, the Trifield meter at 19,999 uW/m2 power output and peak signal maxed out:

This field visit confirmed the previous meter readings: Accoustimeter AM-10 measured peak signal maxed at 6 V/m and power output around 20,000 uW/m2 with some measurements in excess of 26,000 uW/m2.

These readings will become higher and higher as these towers are upgraded with more powerful antennas. Currently, this tower is at 2.67 GHz frequency and RF radiation spectrum standards allow up to 300 GHz.

Our recommendation is to avoid prolonged exposure to RF radiation to prevent short-term and medium long-term biological effects, which include oxidative stress, psychological issues, organ disorder, and cancer.

At the same time, these deployments are expanding and concentrating the network grid for complete digitalization and artificial intelligence via self-driving autonomous vehicles, robotics, drones... 15 minute confinement zones aka smart cities. 6G will be the main catalyst for complete network:

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