Posted on 08/03/2025 6:49:46 AM PDT by Openurmind
I heard that
✝️✝️🙏🙏🛐🛐
(And the demonic following is already apparent)
Absolutely
I’ve noticed several license plate readers here in my area.
I see them at both County lines and coming into town.
If they use them to help people then fine. I read a story here on FR where they found a missing woman via the database.
Yep... That is the plan... CBDC and the Matrix. Here is some ammo for your box to archive. It is the extremely detailed science behind the new AIoT/AIoE, AI of Things/AI of Everything, this is from three years ago so it is being used now:
Artificial intelligence Internet of Things: A new paradigm of distributed sensor networks
https://journals.sagepub.com/doi/full/10.1177/15501477211062835
Bump
“How could they identify a person unless the have that information stored to compare it with? Like a fingerprint? Or DNA.”
Address, Phone contract, smart connection to your vehicle, Etc...
Bkmk
bump
Yep. Been around a long time.
The Wi-Fi working group developing the use of Wi-Fi to track human bodies on premises is the IEEE 802.11bf Task Group (TGbf), established under the IEEE 802.11 standards body. This group is focused on standardizing Wi-Fi Sensing, which leverages Wi-Fi signals to detect and track human presence, movement, and activities through techniques like analyzing Channel State Information (CSI). The IEEE 802.11bf specification, approved in September 2020, aims to formalize Wi-Fi sensing capabilities, enabling applications such as motion detection, gesture recognition, and biometric identification using existing Wi-Fi infrastructure. The Wi-Fi Alliance, a non-profit organization, also supports this effort by promoting interoperability and certification for Wi-Fi sensing technologies.Progress...
Wi-Fi Sensing enables diverse use cases, including smart home automation, security, health monitoring, and gesture-based control, reducing the need for dedicated sensors like radars.The standards group released Draft 0.1 in April 2022, Draft 1.0 in July 2022, Draft 2.0 in January 2023, and Draft 3.0 by December 2023. The final standard, IEEE Std 802.11bf™-2025, was published in 2025, with availability expected soon.
The amendment supports bistatic and multistatic sensing, using Channel State Information for applications like presence detection, gesture recognition, health monitoring (e.g., fall detection, heart rate monitoring), and in-car sensing. It standardizes sensing measurement exchanges during configurable sensing windows, ensuring minimal impact on data communication.
Techniques include time-of-flight (ToF), Doppler shift, and angle-of-arrival (AoA) estimation, with 60 GHz bands enabling high-resolution sensing due to shorter wavelengths. AI and machine learning (ML) algorithms, such as deep neural networks and convolutional neural networks, are increasingly used to filter noise, classify motion patterns, and improve sensing accuracy in complex environments. Research focuses on cross-band fusion (combining sub-7 GHz and 60 GHz data) for enhanced robustness.
R&D has prioritized backward compatibility with existing Wi-Fi standards (Wi-Fi 4/5/6/7), allowing sensing on off-the-shelf devices without hardware changes. Protocols minimize sensing overhead to avoid degrading data communication performance.
Experimental systems demonstrate Wi-Fi sensing for fall detection, sleep monitoring, intruder detection, and touchless interfaces. For example, prototypes achieve sub-meter accuracy for indoor localization and can detect vital signs through walls using advanced signal processing.
While the 802.11bf standard is complete, R&D continues to optimize algorithms, reduce latency, and expand use cases, with commercial deployments expected to grow as certified devices adopt the standard. Integration with edge computing and IoT ecosystems is a focus, enabling real-time processing for smart homes, healthcare, and security. Research also explores privacy-preserving sensing to address concerns about unauthorized monitoring.
Widespread commercial adoption on off-the-shelf devices is still in progress, with ongoing efforts to refine algorithms and ensure seamless integration.
“””Absolutely, our whole body fingerprint. And acquired from inside our own home.””””
Looks like a great opportunity for someone to invent a “Spray-On-Faraday-Body-Suit”
The NSA has been able to do this for well over 20 years.
Medicare has been collecting DNA through blood tests and cologuard for several years, now. I think they have to inform you if they’re going to perform DNA tests with your blood work, but who reads those consent forms they have you sign before your tests?
Not using conventional home wifi hotspots.
A question that often arises is: “Is prolonged exposure to Wi-Fi harmful?” Scientific studies *so far do not provide substantial evidence* linking Wi-Fi radiation to cancer or serious health issues in humans. Wi-Fi signals, being low-intensity, are **generally regarded as safe** when used within standard guidelines.
The cable guy working on my set up said the Wi-Fi isn’t a good thing to have on 24 hours a day it was yanked out.
Just came across this in some research. I have no idea what future wickedness they may have planned for this but anyone have any ideas?
“Realizing the potential of blockchain technologies in genomics”
“...However, like almost all new methods, blockchain is not yet mature, and there is still room for further development, especially to ensure cryptographic security.
Furthermore, as we have outlined above, the blockchain technology suffered from negative publicity. Several wallet softwares were hacked, and Bitcoin and other cryptocurrencies were used for illegal activities therefore circumventing the typical checks law enforcement agencies perform to prevent and prosecute criminal action. Also, the very quick rise, followed by a deep crash in Bitcoin’s market value, put a stigma on the blockchain technology as a whole. Technical issues regarding cryptographic security, network bandwidth, proof-of-work or proof-of-stake paradigms, and others can be solved in time. However, for blockchain to be used widely in genomics, it should be well understood that blockchain is not just a cryptocurrency but the underlying technology, and that it might help solve some problems, but it is not a magic spell that can be applied to any computational issues in genomics.
Another advancement that we need for full utilization of the blockchain’s decentralized architecture is decentralization of data itself. As we have mentioned earlier, genomic data needs to be introduced into Coinami, Zenome, and Nebula Genomics systems. Currently only sequencing centers can achieve this, which imposes some level of centralization to these frameworks. This is not ideal because decentralization is the main motivation behind blockchain use. Therefore, to realize the full potential of blockchain for HTS data processing, sequencing should be decentralized. One possible realization of decentralized sequencing might be commoditization of portable sequencers, such as those based on nanopores. However, this remains a hypothetical proposal at this time.
In this Perspective, we tried to speculate on how blockchain can be an integral part of solving several problems in genomics. There are already a few projects in this line of research, which are themselves in their infancy. Many other use cases likely exist for blockchain in scientific computing, data distribution, federated clouds, collaborative work, genome privacy, and others. What could be done, and how, using blockchains remains to be explored...”
https://pmc.ncbi.nlm.nih.gov/articles/PMC6120626/
Thank you for sharing that. Once again they are literally insane...
You just need to wrap your house in a shielding, and put your router outside, and hook up by ethernet cording. Just my guess, like blocking the signal from the smart meter only larger.
Great song! Great album.
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