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"Halifax's system, which is currently at the proof-of-concept stage, uses a piece of wearable technology known as the Nymi band; it monitors and stores a user's heartbeat via an electrocardiogram (ECG). Users must wear the Nymi on one wrist, and touch its top sensor with the opposite hand for it to work. The Nymi pairs with a smartphone via Bluetooth, using a companion app for Windows, Mac, iOS and Android. Removal of the wristband invalidates biometric authentication."

"$500 method for using a 300dpi scan of a fingerprint (which can be captured from a fingerprint sensor itself) to produce a working replica printed with conductive ink fed through a normal inkjet printer, in a prodcedure that takes less than 15 minutes. "

"The graphene temporary tattoo seen here is the thinnest epidermal electronic device ever and according to the University of Texas at Austin researchers who developed it, the device can take some medical measurements as accurately as bulky wearable sensors like EKG monitors."

"MEMS and nanotechnology utilize seemingly impossibly small mechanisms in order to sense, control and respond to a particular environment - these technologies can sense mechanical information as well as biological data. Many MEMS sensors function by detecting small electrical currents that provide data on things such as position, geomagnetic field, acceleration and more, and then pass this information along to other mechanisms within a device or machine. "

"the weWALK cane consists of an electronic handle with a regular 'analog' white cane that is inserted into the bottom. it uses an ultrasonic sensor to detect any obstacles above chest level and warns the user via a vibrating handle."

"Jonga - the innovative township community alarm system launched by Mgiba and Shezi earlier this year - combines a wireless motion sensor with a six-month battery life and a 100-decibel siren with an Android app that sends text messages to five pre-selected contacts when the alarm is triggered."

"Let's start with the dementia socks. An intriguing idea, born out of a personal tragedy. Zeke Steer watched his own great-grandmother decline into dementia, and wanted to help. Spin forward a few years, and the research scientist has developed socks which detect early physical signs of the onset of diseases like Alzheimer's. "Sensors in our socks are detecting early signs of distress, and alerting a carer that they may need help," he says."

"he had successfully captured fingerprints from photos taken at 3m distance at sufficient resolution to recreate them and use them to fool biometric identification systems (such as fingerprint sensors that unlock mobile phones)."

"With all the personal data it collects, your wrist-mounted wearable computer is almost definitely going to betray you at some point, whether that's a reminder to get up and do another 5,000 steps this afternoon or accidentally giving away your ATM PIN. According to a new paper, ominously titled "Friend or Foe?: Your Wearable Devices Reveal Your Personal PIN" it is surprisingly simple to determine your PIN or password by reverse-engineering motion sensor data from a smartwatch or fitness tracker."

"While capable of mimicking others, the SociBot's slightly sinister side comes from the fact that it is also watching you. Equipped with two cameras in its head and a depth sensor in its chest, it can detect gestures and movements, as well as judge your emotions by mapping the position of your features over a series of internal templates."

"The concept of robotic fabric is that of a soft exoskeleton or muscle tissue made out of electronic sensors and shape-memory alloys, all woven and configured into a cotton material. The end result is a sort of "skin" that can be placed around deformable materials that give the "robot" its shape."

Looks like Microsoft's Project Natal is more advanced than most of us thought. It effectively tracks bodily movements, even in low-light conditions.

"Other solutions exist but they sometimes provide minimal time to react - sensors installed on the exterior of the car can tell the driver when to break only when he's a few seconds away from crashing- a distance which most of the time is enough to reduce the impact of the crash but not to prevent it."

"Microsoft showcased a line of new autonomous robots, called K5, as security guards for one of its campuses. And though the robots looked nothing like Arnold Schwarzenegger, the machine - developed by Knightscope - is impressive and intimidating. Standing 5 feet tall, weighing 300 pounds, and equipped with HD cameras, sensors, alarms, artificial intelligence, and WiFi, it's one incredible piece of technology."

"AI is already here. This isn't some future, theoretical technology we are working on. AI machines are already among us. Take for example Microsoft's recent security robot demonstration. Called the K5, these autonomous machines stand 5 feet tall, weigh 300 pounds, and are equipped with HD cameras, sensors, alarms, Wi-Fi and - you guessed it - artificial intelligence. These machines have been programmed to recognize if something is out of place, like an injured employee or a potential trespasser. And as technology improves, the K5 will become more capable of recognizing even smaller discrepancies than humans can."

"Affectiva is running a program that pays drivers to help train its emotion-recognition system. The company sends drivers a kit including cameras and other sensors to place within their vehicles. These record a person's facial expressions, gestures, and tone of voice on the road. That data is then labeled by trained specialists for a range of emotions, and fed into deep neural networks."

"The ship will be equipped with a GPS and various types of sensors, including lidar, radar, and cameras-much like self-driving cars. The ship will be able to steer itself through the sea, avoid other ships, and independently dock itself."

"Each 30-pound robot is equipped with sensors to help it navigate the store's layout and avoid bumping into customers' carts. When it detects product areas that aren't fully stocked, the data is shared with store management staff so the retailer can make changes, said Dave Steck, Schnuck Markets' vice president of IT and infrastructure."

"Hangzhou Zhongheng Electric is just one example of the large-scale application of brain surveillance devices to monitor people's emotions and other mental activities in the workplace, according to scientists and companies involved in the government-backed projects. Concealed in regular safety helmets or uniform hats, these lightweight, wireless sensors constantly monitor the wearer's brainwaves and stream the data to computers that use artificial intelligence algorithms to detect emotional spikes such as depression, anxiety or rage."

"An AI system developed by Chinese tech company Baidu that uses an infrared sensor and AI to predict people's temperatures is now in use in Beijing's Qinghe Railway Station, according to an email sent to Baidu employees that was shared with VentureBeat."