Hasta La Gadget!

A company called Skully Helmets has unveiled a new and very cool helmet called the Skully P1. This helmet is notable because it has an integrated rearview camera that shows what’s behind the rider on a small heads up display in the visor of the helmet. That rearview camera provides a 180-degree view of what’s behind the wearer.

The helmet is also able to pair to smartphones and offers voice controls for calls, music, and turn-by-turn navigation directions. The helmet uses the something Skully calls their Synapse HUD, which appears to float 20 feet in front of the rider’s field of view. The overlay is persistent and has two views for the rider to choose from. One of the views is a standard rearview camera mode and the other offers detailed turn-by-turn navigation.

The helmet runs on internal battery good for nine hours of use per charge. The helmet is powered by the Android operating system and the company plans to launch an SDK next year allowing developers to make apps specifically for the helmet. In addition to all of it’s high tech chops, the helmet meets DOT and ECE safety standards. Pricing and a release date is unannounced at this time.

[via Wired]

It wasn’t all that long ago that GPS technology was a rare commodity. These days, nearly every handheld device has GPS-powered navigation and tracking technology built into it. But now global positioning systems have the potential to impact our lives in ways we couldn’t have dreamed of 10 years ago. The data provided by today’s GPS satellites can pinpoint the location of people and objects down to just a few meters.

This information can be used to power numerous improvements to our lives and safety. Here are a few examples of how accurate GPS coordinate data can be used to make the world a better place. GPS technology can be used to help do everything from improve delivery service, to preventing loss of property, to keeping our skies, roadways, families and pets safe.

One area in which GPS technology is making everyday life more convenient is in the area of delivery services. The technology can be used to not only ensure that drivers are following the most efficient route to their destination, but also can now be used to provide real-time data on the location of deliveries to both companies and their customers. One such example is the GrubHub food delivery service.

This local food delivery aggregator allows participating restaurants to share location data for delivery orders via an Android or iPhone app, so consumers can know exactly where their food is and when it will arrive at its destination. No more wondering if or when your meal will show up – all thanks to GPS tech.

Of course, global positioning data isn’t just for things like finding out where your pizza is. GPS data is frequently used by emergency responders to quickly find their way to victims of disasters, crimes, and accidents. Today’s Enhanced 911 emergency response systems are backed by GPS data.

These public safety systems leverage GPS and cell phone tower location data to try and instantaneously locate the caller, speeding response and ensuring accurate response location. Can you imagine being in an emergency situation where you can’t speak, or don’t have the time or focus to be able to report your location? Thankfully, GPS tech has got you covered.

Location coordinate data can also be used to track down lost personal property, but even more importantly can help find lost pets and children. One such application of this technology is the FiLIP, a forthcoming device that combines an emergency phone and GPS-based locator for children in a special wristwatch.

This gadget looks like an oversize watch, but it allows parents and guardians to not only track the location of their kids, but to be alerted if they leave a pre-set “safe zone” – such as school or a park. You can also call or message your child. The watch can even dial a tree of emergency contacts and record ambient sounds when its emergency button is pushed. Having this always-on connectivity to your child certainly can ease parent’s minds, and can definitely help save children from precarious situations. But it’s having accurate location data that’s the most critical component of such devices.

These are but a few innovations which depend on GPS location data, and the future remains bright for the application of global positioning technology. You can be a part of it by contributing your own ideas over at The Air Force Collaboratory in their “Launch of GPS IIF” project. This project will help the Air Force launch its own GPS satellite into the GPS Constellation, and is just one of three recently-launched projects which encourage the general public to participate in the conceptualization development of new technologies which can improve Air Force safety and efficiency, and contribute to the general safety and security of humankind.

Thank you The Air Force Collaboratory and Technorati for being sponsors of this article. All opinions expressed here are my own and the products mentioned are not endorsed by the U.S. Air Force.

With gadgets like the Oculus Rift and Google Glass, it’s looking like the future of displays is going to be a war for space on our faces. Here’s one more promising invention that may make you wish you had several pairs of eyes and foreheads. castAR glasses can not only beam stereographic 3D to your eyes a la Oculus Rift, they can also project 3D video to the real world.

castAR is the invention of Technical Illusions, a company setup by former Valve employees Jeri Ellsworth and Rick Johnson. The two are videogame industry veterans with decades of software and hardware expertise between them. Their device can display hologram-like videos and images in 3D using two micro-projectors and a retro-reflective sheet.

Aside from acting as a display, the sheet is also required for motion tracking. A camera in the middle of the glasses tracks infrared markers on the sheet to deduce the wearer’s head position and orientation. The wearer’s perspective is properly adjusted as he moves around the sheet, as if you were looking at a physical object from different angles.

The wand shown several times in the video is a controller designed to work with the glasses. It has buttons, a trigger and a joystick, and it can also track its own position. As you saw in the video the controller is used to interact with the projected images, increasing the illusion that there really is something in front of you.

What I find most exciting are the RFID add-ons. You can get an RFID tracking grid that can track RFID tags. The tags can do anything from summoning a figurine into the game – similar to Skylanders – or displaying stats. But there’s also an add-on with called an RFID Base. The base is essentially a tiny computer that can control other hardware. For example, as Technical Illusions mentions in its Kickstarter page, you could have an RFID Base with red LEDs and a tiny smoke machine. Stick a dragon figurine on top of that base and your game can trigger the base to become a glowing, smoke-belching monster. If that doesn’t make you support castAR I don’t know what will.

Pledge at least $189 (USD) on Kickstarter to get the castAR glasses plus the retro-reflective sheet.

[via Reddit]

Winner of the James Dyson award, and revolutionising the way in which we store vegetables, Italian inventor Fabio Molinas’ Oltu aims to make everyone’s life easier, and not to mention greener, by providing a vegetable storage space wih a very innovative and eco-friendly twist.

Latency has always been one of the biggest problems with motion tracking hardware. It’s something most gamers have just learned to live with – systems that don’t have any noticeable input lag are usually quite expensive.That may change, thanks to Disney and Carnegie Mellon.