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GPS

Many people enjoy documenting their daily lives with a steady stream of photos, but whatever the camera, such snaps tend to be taken at a time considered opportune by the photographer. OMG Life’s Autographer takes a different approach, with a camera designed to be clipped onto clothing or worn around the neck, taking photos when it chooses, not you. Read More
For the truly obsessive-compulsive who panic if their watch is even slightly off, the Seiko Astron GPS watch could be the answer. The world’s first solar-powered watch that can set the time with GPS signals, the Astron is accurate to within one second per 100,000 years and automatically adjusts to any timezone in the world. Seiko announced the release of the Astron back in March and it’s now going on sale worldwide. Read More
British designer Dominic Wilcox has created a pair of prototype shoes which offer to guide the wearer home with built-in GPS navigation. The inspiration for the clever footwear derives from The Wizard of Oz character Dorothy’s red shoes, which famously transported her home with a click of her heels. Naturally, the GPS system within Wilcox’s shoes is also activated by clicking the heels together. Read More
An important part of running, at least if you are serious about it, is making sure your runs are optimized. Hardcore runners like to make sure that they are getting the most out of their training, and data is the key to accomplishing this goal. Garmin has rolled out a new GPS-enabled watch with that in mind. The Forerunner 10 is available now, and it looks to have many of the features runners want. Read More
Scottish company NCTech has created an all in one 50 megapixel camera that's designed to make 360 panoramic photography quick and easy to achieve. A flexible system in terms of use, the iSTAR combines ingenuity with an ability to generate high quality and information rich results. Read More
In a little over a decade WiFi has flourished to become something that we take for granted every time we go to a coffee shop. The only problem is that in situations where WiFi would be most useful, such as on the battlefield or in a disaster areas, it’s least likely to be available. That’s the problem being tackled by a team of seven undergraduate students at Northeastern University in Boston, MA. As part of their senior project for the Northeastern’s Capstone design program, the team designed and built a robot that can enter rugged territory and create a theoretically infinite WiFi networks as it goes. Read More
Cerberus, from BriarTek, is the overarching brand name for an electronic search-and-rescue beacon system built for wilderness and off-the-grid use. The system offers three distinct functions - Cerberlink, CerberTouch and CerberCenter - and uses smartphone and satellite messaging to keep you in touch with the outside world. Read More
Garmin signals its entrance into the outdoors GPS watch segment with the fēnix. Despite its annoying punctuation and emphasis baggage, the watch appears to be a fully featured and functional wrist top for the outdoors set. More than just a watch with a GPS chip, Garmin sees the fēnix as a hands-free navigation solution. Unlike its existing GPS sports watches, the Fenix (we've humored Garmin long enough) offers a more robust feature set that will navigate you into and out of the wild. Read More
By listening to the complexity of radio signals that pervades the human environment, BAE Systems thinks its new positioning system is as accurate as, but more secure than, GPS. Because its Navigation via Signals of Opportunity (NAVSOP) system uses a wide range of signals such as Wi-Fi signals and radio and TV broadcasts, it's resistant to the jamming or spoofing of individual signals to which GPS is vulnerable. Read More
The commercialization of GPS technology has been a boon for those navigating unfamiliar city streets, highways and byways, but head inside out of sight of the GPS satellite signals and the limitations of the technology can quickly become evident. Other efforts to solve the problem involve the use of accelerometers, sometimes combined with magnetic field sensors, but a new system developed at Duke University promises to provide precise indoor localization using a different approach – detecting “invisible” landmarks. Read More
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