human augmentation
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Ekso GT Robotic 'Exoskeleton' System enters the Marketplace
Last week, Ekso Bionics announced the first delivery of Ekso GT, their latest robotic exoskeleton which enables individuals with lower extremity paralysis or weakness to stand and walk. The first Ekso GT was delivered to the Rehabilitation Institute of Chicago. News about exoskeletons and the development of other human augmentation technologies continues to proliferate. Witness another recent story in the New York Post entitled "Paralyzed Veterans competing in race in exoskeleton suit". Many exoskeleton systems are making use of 'open source' technologies.
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How Google Plans to Reinvent Healthcare
Glucose-monitoring contact lenses for diabetics, wrist computers that read diagnostic nanoparticles injected in the blood stream, implantable devices that modify electrical signals that pass along nerves, medication robots, human augmentation, human brain simulation -- the list goes on. That's not an inventory of improbable CGI effects from the latest sci-fi movie, it's a list of initiatives being tackled by Alphabet's Google Life Sciences research unit, recently rebranded Verily...
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Human Augmentation, Exoskeleton Technology & 'Open' Health
Human augmentation is generally used to refer to technologies that enhance human productivity or capability. It spans a wide gamut of technologies, ranging from implants, prosthetic limbs, enhanced sensory devices, powered exoskeletons, and more. Military organizations are now experimenting with a wide range of 1st generation human augmentation technologies, including exoskeletons that allow personnel to carry increased loads and perform at a higher level. These devices also have the potential to be adapted for use in healthcare and many other industries. Read More »
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Open Human Augmentation Focus of Penguicon 2015 Conference
The Penguicon 2015 theme is human augmentation. The lines between science fiction and reality are growing thinner because of bright minds and innovators who focus on improving people’s lives. For instance, prosthetics that once cost thousands of dollars can be now printed with open source designs for less than a lunch for four at a decent restaurant. We’re even controlling them with impulses from our brains! People are either wearing devices that make them more powerful, efficient, or aware—or implanting tech directly into their bodies. As we become more like machines, we’ll explore some of those emerging technologies and talk to people who are actively developing them, like e-NABLE...
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