“…Biohax have installed thousands of professionals world wide in the financial, healthcare, government, science, and technologysectors. Biohax have enabled their carriers to increase their security in the digital world, provide 100% identification clearance, and unlimited seamless experiences with their connected surroundings.” - BioHax
"...state-of-the-art RFID localization systems fall under two categories. The first category operates with off-the-shelf narrowband RFID tags but makes restrictive assumptions on the environment or the tag’s movement patterns. The second category does not make such restrictive assumptions; however, it requires designing new ultrawideband hardware for RFIDs and uses the large bandwidth to directly compute a tag’s 3D location. Hence, while the first category is restrictive, the second one requires replacing the billions of RFIDs already produced and deployed annually. This paper presents RFind, a new technology that brings the benefits of ultra-wideband localization to the billions of RFIDs in today’s world. RFind does not require changing today’s passive narrowband RFID tags. Instead, it leverages their underlying physical properties to emulate a very large bandwidth and uses it for localization. Our empirical results demonstrate that RFind can emulate over 220MHz of bandwidth on tags designed with a communication bandwidth of only tens to hundreds of kHz, while remaining compliant with FCC regulations. This, combined with a new super resolution algorithm over this bandwidth, enables RFind to perform 3D localization with sub-centimeter accuracy in each of the x/y/z dimensions, without making any restrictive assumptions on the tag’s motion or the environment."
Read the paper - http://www.mit.edu/~fadel/papers/RFind-paper.pdf
More about the project - https://www.media.mit.edu/projects/rfid-localization/overview/
"...In football-mad Argentina, fans are known for belting out an almost amorous chant to their favourite clubs: "I carry you inside me!" First-division side Tigre said it had decided to take that to the next level and is offering fans implantable microchips that will open the stadium turnstiles on match days, no ticket or ID required. "Carrying the club inside you won't just be a metaphor," the club wrote on its Twitter account. - Read more
What medical uses could injectable electronics enable?
The medical uses are potentially huge. "The technology could be used to help recover tissues following a brain injury or help manage diabetes by providing an intelligent solution for controlling insulin levels," says Collette Johnson, Medical Business Development Manager at Plextek Consulting. "Injectable electronics could also provide similar applications in chemical regulation of the brain for people with imbalances, as well as for individuals with growth hormone-related diseases. They could also be used to help control prosthetics by reacting to muscle motion."
In June the Lieber Research Group at Harvard University unveiled an injectable mesh that was able to detect electrical signals within mice brains, which could help scientists unravel how the brain's cells communicate. The mesh was injected through a needle just 0.1mm in diameter.
Could injected electronics be the next wave of wearable tech?
"Yes, technology is fast advancing to a stage where this is possible," says Kamat. "These types of treatments could be made feasible by microelectronics, which can be injected or delivered at desired locations in the body via minimally invasive procedures." For anyone squeamish about having things physically inserted under the skin, Kamat points out that ID tags have been implanted in pets for tracking purposes for years.