Smallest Microchip in the world, they say...
- markiwiwalker
- Sep 26, 2021
- 7 min read
In Biden's speech on September 24th 2021, he went on a tangent at minute 25:11 to 25:50 quote, "...people are in trouble they are not able to produce them, not able to get them, or they are being hoarded. its like you know, or we have with and we are making progress and what we are doing to regards to uh, um, making sure we have the computer chips to be able to keep uh, as in the vernacular to keep, you know, build automobiles."
He then goes on from 25:50 to 26:32 quote, "I mean I think everybody was kind of surprised I, think I would have said to you, I could be dead wrong but if I'd said to you in say uh, April that I was going to get all three major manufactures in America saying they were going to go elective, I doubt you would have thought that could be done. Well we are out here in the back lawn they all of a sudden figured it out. They've had a bit of a epiphany they realized, whoa, wait a minute... China is investing billions of dollars. China they are getting battery technology we are going Blah Blah Blah... it's going to happen anyway."
Links:
Biden talked about computer chips out of the blue. The question wasn't about that, but he went on to talk about it anyways rambling on for over 4 minutes. Why? *shrugs*
What's funny, NPR just published a article yesterday about grain sized microchips produced to track the spread of airborne diseases, or population surveillance.
This is just one article that has been made public, making people notice since the vaccine came about but a computer chip called Mote owned by LoRa published it's User Guide July 14th 2015 online, but the actual publication was September 12th 2014.
Under Trademarks on the right hand side going to the third paragraph, you can see at the second to last line that they have trademarked Wireless DNA. Now if we look at the next article they publicly released-
Quote, "With little or no modification in the application layer, software development can be easily changed between a proprietary P2P/Star topology connection protocol to a full Mesh proprietary networking protocol for small or big networks, depending on the application needs."
Looking to Figure 1 in the paper you can see how it works. You may notice the abbreviation RF, which means Radio Frequency. Quote, "Microchip has developed a way to handle the complex RF hardware or communication protocol stack software development, or both, which enables wireless application developers to focus on their own application development. This type of wireless communication is achieved through a concise, yet powerful communication programming interface in the application layer called MiApp which is defined in this application note."
They are able to change the network they send the data too. Quote, "MiApp uses the same control interface for Microchip wireless proprietary protocols. Once you are familiar with MiApp, you can apply that knowledge to the development of another application even if it has a completely different networking capability requirement."
-Under MiApp OVERVIEW on page 3, quote,
"Application Programming Interfaces (APIs) are the
function calls between the Microchip proprietary
wireless communication protocols with the wireless
application. As a rule, the application interface must be
clean, concise, easy to understand, and powerful.
There are five categories of interfaces for the APIs:
•The initialization interface allows wireless applica-
tion developers to properly initialize the selected
Microchip proprietary wireless protocol in the con-
figuration file.
•The handshaking interface allows the wireless
nodes to discover and get connected with their
peers, or to join the network.
•Interfaces to send messages which enable appli-
cation developers to transmit information from the
current node to an intended audience over-the-air.
•Interfaces to receive messages which enable
application developers to receive information
over- the-air from other devices.
•Special functionalities which ensure the optimal
operating condition for wireless nodes through
environment noise control and power saving."
Going to page 9 they go on to talk about Message Sending which equals out too,
Broadcasting
Unicast to the node by its index in the connection table
Unicast to the node by its address, either the permanent address or the alternative network address.
This was not even the most recent public announcement for microchips to this degree. Back in 2004 The FDA approved of the use of microchipping by Applied Digital Solutions. The New York Times posted about this back in October 13th 2004. Applied Digital Solutions stated, "-said that its devices, which it calls VeriChips, could save lives and limit injuries from errors in medical treatment. And it hopes such medical uses will accelerate acceptance of under-the-skin ID chips as security and access-control devices."
Now on January 31st 2008 Applied Digital Solutions made public this article below:
As you cal see from the title area it state that this company is government over looks what Applied Digital does. Going down to Page 1 you can see under Our Business it reads;
•developing, marketing and selling RFID systems used to identify, locate and protect people and their assets for use in a variety of healthcare, security and identification applications;
•developing, manufacturing and marketing visual and electronic identification tags and implantable RFID microchips, primarily for identification, tracking and location of pets, livestock and other animals, and, more recently, for animal bio-sensing applications, such as temperature reading for companion pet and livestock (e.g., cattle) applications;
•designing, manufacturing and marketing GPS enabled products used for location tracking and message monitoring of maritime vehicles, aircraft and people in remote locations;
•developing and marketing service relationship management software and services; and
•selling vibration monitoring systems.
Read that first bullet point again.
Page 7 and 8 represented below:
For their 3 through 9 month mark of profit you can see that it shows that Virtual Identification tags/implants are their number 1 most profitable with number 2 being, GPS Tracking.
January 24th 2018, ElectronicDesign published a article about the 11 Myths of the LoRa microchip. They break it down easier for everyone to understand. Under the second paragraph, 1. LoRa is LoRaWAN, they go on to say, quote, "LoRa is the technology that modulates the data into electromagnetic waves. It uses a transmission method called “Chirp Spread Spectrum,” encoding data in frequency-modulated “chirps.” This transmission method has been used in military and space communication for decades."
Under number 2, quote, "In a typical LoRaWAN network, range depends on numerous factors—indoor/outdoor gateways, payload of the message, antenna used, etc. On average, in an urban environment with an outdoor gateway, you can expect up to 2- to 3-km-wide coverage, while in the rural areas it can reach beyond 5 to 7 km. In some cases, extremely long range is also attainable—ref: 702 km!
LoRa’s range depends on “radio line-of-sight.” Radio waves in the 400- to 900-MHz range may pass through some obstructions, depending on their composition, but will be absorbed or reflected otherwise. This means that the signal can potentially reach as far as the horizon, as long as there are no physical barriers to block it. Elevating LoRa devices—placing them on rooftops or mountaintops, for example—will maximize their range. Other factors, such as antenna gain, will also have a large impact on range."
10. There’s no way to track LoRa nodes without adding GPS receivers, quote, "A very interesting feature of LoRaWAN is localization without the need of GPS. This is especially useful for tracking assets and sensors, since it’s very battery-efficient. LoRaWAN sensors can support tracking applications by using Differential Time of Arrival techniques to determine approximate location to the nearest city block.
This coarse-grained triangulation can be achieved when a device is transmitting to at least three gateways in a similar manner as GPS receivers. With foreknowledge of each gateway’s physical location and by detecting the difference in time between all of them as the signal arrives, an application can compute the approximate position of the signal’s origin."
October 10th 2019 the National Law Review posted a article putting legal implants into employees.
https://www.natlawreview.com/article/chipping-away-employee-privacy-legal-implications-rfid-microchip-implants-employees
Quote, "The information the reader collects is stored in the database, [xxiv] including the “item identifier, description, manufacturer, the item’s movement, and location.”[xxv] The database owners can connect the database to other networks, allowing sharing of data beyond the original database.[xxvi] Microchip-generated data is vulnerable to hacking[xxvii] and potential misuse by employers.[xxviii] In 2006, Jonathan Westhues hacked and cloned an implantable microchip, disproving claims that the technology was “immune to theft.”[xxix] Once cloned, the microchip copy functions like the original implant and can, for example, be used enter an employee’s secured location.[xxx] Without effective security measures, any compatible reader can read the memory tag data, allowing unauthorized readers can read or divert data communicated through the air.[xxxi]."
Jonathan Westhues goes on to talk about how he hacked the device. Annalee Newitz accompanies him while she explains the technical side of it. Here is the whole 1 hour presentation:
Legal should be used loosely because when the Employers inform their employees, they do not actually remove them once they retire from their company. The employees are not stuck with it their entire lives, unless they chose to remove it. August 13th 2017 CNBC published their article on the subject.
Todd Westby the CEO of THree Square Market told CNBC, quote, “It was never designed to be our property,” Westby told CNBC.“We decided to put it in employees as a form of convenience for them. When employees leave, we actually consider it an employee retention tool,” he said. “We do not plan on taking it out. You know, it’s up to the employees.”
He also goes on to talk about how many people have found interests in the microchip for their children as a form of GPS tracking device. Quote, "You would not believe since this chip came out all of the interest there is in the GPS chip for children and so forth,” the executive said."
The company says future uses of the microchip implant could include holding your passport and travel information, medical history, and GPS to safeguard children.
Conclusion is:
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