One of the theories circulating during the current pandemic and the use of COVID-19 vaccines has been that the vaccines are laced with microchips as shown here:
That said, there is one technological aspect to vaccines that has received very little media coverage; the use of biometrics to track vaccination programs.
Let's start by looking at what biometrics are:
Biometrics are physical or behavioral human characteristics to that can be used to digitally identify a person to grant access to systems, devices or data.
A biometric identifier is one that is related to intrinsic human characteristics. They fall roughly into two categories: physical identifiers and behavioral identifiers. Physical identifiers are, for the most part, immutable and device independent and include fingerprints, photos and videos, physiological recognition (i.e. facial recognition), voice, signature, DNA, typing patterns, physical movements, navigation patterns and engagement patterns.
Here is more information on biometrics should you wish to learn more.
As I noted at the beginning of this posting, according to Biometricupdate.com, the nation of Ghana in Africa is set to become the first nation in the world to use contactless biometrics in a national vaccination program as shown here:
The Ghana Health Service is partnering with GAVI (The Global Alliance for Vaccines and Immunizations) and Arm to begin a biometric-based national vaccination program in October 2021 using contactless technology from Simprints.
Here is the announcement from Arm:
The announcement opens with this:
For many people, receiving a COVID vaccine has been as simple as going online, entering their medical identification number, booking an appointment and turning up a few days or weeks later to get their shot. But for more than 1 billion people that have no formal ID, that is simply not possible.
Until now, COVID vaccination programs have focused on trying to achieve equitable access, first by ensuring distribution to all countries and then getting them out to those that most need them. This last mile – the journey from centralized distribution centers to clinics and, finally, the individuals – can be the most challenging. This is partly because of the supply chain logistics involved, such as keeping the vaccines at the right temperature to ensure they remain safe and effective, but also in terms of identifying who needs the vaccines.
Today, nearly one in four children under the age of five do not officially exist because their births are not registered. Most of these children live in low- and middle-income countries. Without reliable identity registration, it’s incredibly hard to know when people are missing out on vaccines or follow-up vaccinations.
In the case of COVID-19, this presents a serious challenge, as vaccine delivery is staggered by priority group and shots are mostly administered twice, with a specified interval in between. Childhood routine immunization is even more complex, involving multiple vaccines with different schedules. Vaccination cards or other tokens can record doses given and are often used as de facto identification, but they can easily be lost or misused.
Bringing forward new resources, ideas, and technologies has enabled GAVI to achieve considerable success in vaccinating the world’s children. To address the bottlenecks in equitable vaccine distribution we needed a way to bridge the information gap and create reliable digital healthcare records – even in the absence of formal identification."
Arm continues with this information on the "solution" to the problem of vaccinations in societies where personal identification is not readily available:
"A new strategic partnership between GAVI, Arm, and UK-based nonprofit Simprints provided an answer through a unique, contactless, digital identification solution that is accurate, scalable and cost-effective. Guided by GAVI's expertise in immunization, the project deploys Simprints’ biometrics solution with support from Arm’s technology, global network, and funding.
The solution uses a contactless method of identification to safely create a unique ID for each individual, allowing health workers in the field to identify patients accurately, and quickly create or access their record of care. The biometric data is securely collected using the health worker’s Android smartphone, while timestamps and GPS coordinates record the time and location of treatment. Where internet connectivity is poor or non-existent, offline mode can be used to access a previously downloaded database and new patient data is uploaded when connectivity is restored.
Vitally, Simprints’ solution focuses on the ethical and inclusive use of digital ID, ensuring it works for diverse populations with solid privacy protocols and patient protection at its core. The system is compatible with the digital health tools used by healthcare workers, governments, and global development practitioners around the world, and can be rapidly deployed and scaled on low-cost Android devices."
You will notice how many times GAVI is mentioned in the announcement. We'll understand why later in this posting.
"Our mission is to transform the way the world fights poverty. We build technology to radically increase transparency and effectiveness in global development, making sure that every vaccine, every dollar, every public good reaches the people who need them most."
Out of sheer curiosity, let's see who Simprint's strategic partners are:
Well, there's a shock! Like flies on a steaming turd, we find that both GAVI, the Global Alliance for Vaccines and Immunizations which is heavily funded by Bill & Melinda Gates Foundation as shown here:
…and the Bill Gates and the Bill & Melinda Gates Foundation itself are two of Simprint's strategic partners.
Ghana is the pilot for the deployment of this new technology. This is the first time that contactless biometrics will be used in a nationwide immunization campaign and, according to Arm, could well become the foundation for "strong frontline personal healthcare". The system itself does not require an existing formal identity document, rather, a biometric identity will be created for individuals which will then be downloaded to health workers Android smartphones allowing them to continue to vaccinate individuals while offline and to upload the data when a connection to the internet becomes available. For the second dose of COVID-19 vaccines, the individual's biometrics will be verified to recall their health record and check to see that they should receive the second (or third….) dose of vaccine.
The announcement closes with this:
"At times when vaccine demand outstrips supply, it’s in everybody’s interest to ensure that these precious resources are administered to the right people, at the right place and at the right time. We need to minimize vaccine wastage since every vaccine dose lost is a step backward in our race towards normalcy.
The only way we will overcome the pandemic is by ensuring access to vaccines for everyone, everywhere – not just those lucky enough to have formal ID.
Working alongside partners like Arm, Simprints and the Ghana Ministry of Health, we are excited to help build the digital infrastructure required to serve every patient and lay the foundations for healthcare for all."
This all sounds wonderful, doesn't it? A poor developing nation now has access to the latest in vaccination and health record technology thanks to the unfettered generosity of Bill Gates and other donors, some of which have considerable "skin in the digital identification game" as shown here:
…and here, also noting GAVI's involvement once again:
The downside is that this is just another piece of the puzzle when it comes to e-health records which will be an important part of the universal immunity passports being foisted on an unsuspecting world as governments formulate their totalitarian responses to life and "freedom" in the post-pandemic world.
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