Privacy advocates have raised concerns about patients’ data after Google said it would take control of its subsidiary DeepMind’s healthcare division.
Google, which acquired London-based artificial intelligence lab DeepMind in 2014, said on Tuesday that the DeepMind Health brand, which uses NHS patient data, will cease to exist and the team behind its medical app Streams will join Google as part of Google Health.
It comes just months after DeepMind promised never to share data with the technology giant and an ethics board raised concerns over its independence.
Whether it’s left there or right here… the tactics and destination look pretty much the same to me…
China is the world leader in facial recognition technology. Discover how the country is using it to develop a vast hyper-surveillance system able to monitor and target its ethnic minorities, including the Muslim Uighur population.
Improving lives, increasing connectivity across the world, that’s the great promise offered by data-driven technology — but in China it also promises greater state control and abuse of power.
This is the next groundbreaking development in data-driven technology, facial recognition. And in China you can already withdraw cash, check in at airports, and pay for goods using just your face. The country is the world’s leader in the use of this emerging technology, and China’s many artificial intelligence startups are determined to keep it that way in the future.
Companies like Yitu is creating the building blocks for a smart city of the future, where facial recognition is part of everyday life. This could even extend to detecting what people are thinking.
But the Chinese government has plans to use this new biometric technology to cement its authoritarian rule. The country has ambitious plans to develop a vast national surveillance system based on facial recognition. It’ll be used to monitor it’s 1.4 billion citizens in unprecedented ways. With the capability of tracking everything from their emotions to their sexuality.
The primary means will be a vast network of CCTV cameras. 170 million are already in place and an estimated 400 million new ones will be installed over the next three years. The authorities insist this program will allow them to improve security for citizens, and if you have nothing to hide you have nothing to fear.
The facial recognition technology the US is testing for airports has caught its first imposter merely three days after Washington Dulles International started using it. According to US Customs and Border Protection (CBP), a 26-year-old man from Sao Paulo, Brazil successfully fooled people with a French passport until he presented it to a Dulles officer who used the new facial comparison biometric technology. The system determined that his face wasn’t a match with the person in the passport, and he was sent for a comprehensive check, which revealed the Republic of Congo ID hidden inside his shoe.
NEC has announced that it will be providing a large-scale facial recognition system for the 2020 Summer Olympic and Paralympic Games in Tokyo. The system will be used to identify over 300,000 people at the Games, including athletes, volunteers, media, and other staff. It’s the first time that facial recognition technology will ever be used for this purpose at an Olympic Games.
NEC’s system is built around an AI engine called NeoFace, which is part of the company’s overarching Bio-IDiom line of biometric authentication technology. The Tokyo 2020 implementation will involve linking photo data with an IC card to be carried by accredited people. NEC says that it has the world’s leading face recognition tech based on benchmark tests from the US’ National Institute of Standards and Technology.
Consumer genetic testing company 23andMe announced on Wednesday that GlaxoSmithKline purchased a $300 million stake in the company, allowing the pharmaceutical giant to use 23andMe’s trove of genetic data to develop new drugs — and raising new privacy concerns for consumers.
23andMe is partnering with big pharma company GlaxoSmithKline. Here’s what that means for consumer rights and genetic privacy.
Developers at major technology companies, outraged by the Snowden disclosures, started pushing back. Some, such as those at WhatsApp, which was bought by Facebook a year after the story broke, implemented their own encryption. Others, such as Yahoo’s Alex Stamos, quit rather than support further eavesdropping. (Stamos is now the head of security at Facebook.)
Five years after historic NSA leaks, whistleblower tells the Guardian he has no regrets.
Mon 4 Jun 2018 13.00 EDT Last modified on Tue 5 Jun 2018 04.46 EDT.
The technology could be used at airport security instead of fingerprinting and eye-scanning. It can successfully verify an individual simply by analysing the footstep 3D and time-based data.
The AI system, developed by researchers at University of Manchester in the UK and University of Madrid in Spain, correctly identified an individual almost 100 percent of the time, with just a 0.7 error rate.
Physical biometrics, such as fingerprints, facial recognition and retinal scans, are currently more commonly used for security purposes. However, so-called behavioural biometrics, such as gait recognition, also capture unique signatures delivered by a person’s natural behavioural and movement patterns.
Unless you’ve been living under a rock this past year, you’ve likely come across at least one news story talking about facial recognition technology. As a form of biometrics, facial recognition promises to enhance society’s experience with industry as a whole, from retail to travel. At the same time, there have also been fears of mismanagement at the expense of peoples’ privacy.
While the debate over “right to privacy” continues raging on, post-privacy technology is pushing forward at an international scale with no end in sight.
A laser device can monitor vital signs such as your heartbeat, breathing rate, and muscle activity from up to a metre away. The device is intended for hospital patients or those with chronic diseases who need close monitoring at home. What’s more, it works through your clothes.
“No wires — everything is non-contact — continuously measuring different biomedical parameters with a single sensor,” says Zeev Zalevsky who developed the SmartHealth Mod with his team at ContinUse Biometrics, based …
