Wearable

For those of you so in love with your iPad that you've often fantasized about a way to have your slate permanently attached to your person, a simple accessory called the GoPad isn't far off. Once attached to your tablet, it allows the iPad to be worn by creating a make-shift platform resting against your chest.  Read More

Wenger is one of the two recognizable brand names behind the iconic Swiss Army knife. Ordinarily the brand is content in updating its timeless knife line with a new implement or grip material, but this time it aims to create a whole new category of outdoor preparedness equipment. You can call it toolery or wearable survival gear, but Wenger calls it HypeX.  Read More

Action cams have become a ubiquitous part of ski resorts everywhere. They're great for catching your best on-slope moments and sharing them with the world, but they can be a little bit bulky and awkward to use with gloves. The Zeal iON goggles solve this problem by integrating the HD camera right into the goggle frame.  Read More

A new platform for wearable electronics, known as the FLORA, was announced by its creators Adafruit Industries on Friday. Essentially a small, round, fabric-friendly circuit board that looks a little like a flower, the FLORA will, when ready, be launched with a variety of accessories and software. These will include, we gather, controllers for iPhone, iPad and Android hardware. The FLORA is ripe for wearable DIY electronics projects: announced modules include Bluetooth, GPS, 3-axis accelerometer, compass, and, intriguingly, OLED.  Read More

A bio-feedback armband called BodyWave is the first of its kind to measure brainwave activity through the body, not the scalp. Instead of an EEG headset recording a user's concentration level, the Bodywave reads brainwaves at the arm by measuring the electric current given off by neurons firing in the brain. Bundled with an interactive software package called Play Attention, it reportedly enables interactive feedback and training towards peak mental performance. Apart from the obvious potential in sport, its ability to train attention and teach stress-control in mobile situations (much less obtrusively than wearing a headset) opens up wider potential. It has already found applications in education, industry and the military as well as in improving the lives of people with disabilities like Attention Deficit Hyperactivity Disorder (ADHD).  Read More

For most people at this time of year, a giant wearable camera would not be the first design to spring to mind when the invite arrives for the neighborhood Halloween party. Leaving the ghoulish and monstrous creations to other party-goers, photographer Tyler Card's amazing costume isn't just capable of capturing images of the party in full swing, it will also display the photos in real time on the LCD display at the back.  Read More

Reliable communications are almost as critical to the modern soldier as their weapons and ammunition. Conventional whip-antennas are not only cumbersome and conspicuous, but they don't always provide a reliable link between a soldier laying on the ground and one standing up. Meanwhile, the short antenna of a portable radio can mean the signal is masked by the user's body. To provide more reliable, continuous 360-degree radio coverage, BAE Systems has developed a series of Body Wearable Antennas (BWAs) that, like the experimental antenna system recently developed at Ohio State University, sees the antennas weaved into the fibers of a uniform.  Read More

We’ve seen a number of devices - such as the UltraCane and EYE 21 system - that combine sonar and haptic or audio feedback to let the visually impaired “see” their surroundings through the senses of touch or hearing. Tacit is a similar device that also uses sonar to measure the distance to objects and provide users with a ‘view” of their surroundings through haptic feedback. But unlike previous devices we’ve looked at, Tacit is mounted on the wrist so it doesn’t impair a user’s hearing or interfere with the use of other assistance devices such as canes.  Read More

Wearable electronics generally take the form of clothing embedded with electronics or miniature electronic devices that can be worn close to the body for purposes such as medical monitoring and communications. Now engineers have developed a device that places electronic components onto an ultra-thin skin-like patch that can be mounted directly onto the skin, paving the way for skin-mounted electronics that could be used for sensing, medical diagnostics, communications and human-machine interfaces.  Read More