With all the hype around Glass it’s easy to overlook other players in this market. Recon Jet’s sunglasses are really built with sports in mind. Their sleek design and the fact that sports sunglasses tend to be more chunky means that you can wear this device, ski down a mountainside or leap out of a plane and not look geeky doing it. You can even be relatively certain your glasses won’t fall off because Recon Jet have thought quite carefully about balance placing the devices’ batteries on the opposite side of the glasses to the electronics.
The Recon Jet Sunglasses utilize a dual core processor and dedicated GPU. They have WIFI, ANT+, Bluetooth, a HD camera and GPS integrated. Much like Glass, the sunglasses are controlled by swiping on the right hand side of the device and the display, when not in use resides on the bottom right of your screen in your peripheral vision. The choice of a dedicated GPU means that the graphics are sharp and compelling.
Much like Glass, many of the applications for the Recon Jet Sunglasses are still in development but most of the applications are likely to cater to the sports enthusiasts if the marketing is anything to go by: heart rate monitors, timers, geo-location, sports performance enhancement information, etc. They will also include social media integration and audio/video download and upload from other devices.
At a predicted retail price of $300 – $400 dollars this device would certainly make me think twice about purchasing Glass.
Italian Technology company Inglobe has been featured on Mashable this week with a new tablet app that turns you into an expert car mechanic. Just point your tablet’s camera at your car engine and the picture is overlaid with all sorts of useful information to make car servicing easier.
This isn’t a new concept, BMW has been looking at this technology since 2008 and other car manufacturers have also flirted with AR.
As a technology this is almost screaming out for becoming a Google Glass application. It’s interesting because it’s one of those use-cases that helps us start to see just how useful augmented reality could be when combined with the right hardware. Holding up a smart phone or pad is unwieldy but this type of app integrated with a pair of glasses becomes really interesting as it could continuously be feeding us useful information whilst we tinker. It will be interesting to see whether the car manufacturers partner google to deliver Glass apps to support their products.
Let your imagination range a little all sorts of interesting augmented reality applications come to mind. In a recent article I featured Google’s project to bring wireless communication to Sub-Saharan Africa; imagine that you’re a doctor performing a new procedure in a field hospital somewhere in the middle of Rwanda. A daunting prospect. Now imagine that you have medical information overlaid across your field of vision by Glass and better still a more experienced colleague is watching what you’re doing through Glass and feeding you advice and instruction.
The potential of Augmented Reality Service Applications is fascinating and is set to revolutionize the way we look at technical services in the future.
I remember watching Star Trek the original series as a slightly techno-nerdy kid and being in deep envy of Spock and his Tri-corder. A near magical device that could give him information on everything from someone’s health to how to find the local green grocers. Looking back on it the odd Bakelite black box with the press button controls was a very 1960’s idea of what future technology might look like but like so many things in Science Fiction we can look forward 50 years now and find some startling parallels.
I was intrigued to discover this week that a group at the University of Illinois has invented an iPhone cradle device that can be made for around $200 and turns your iPhone into the equivalent of a $50,000 spectrophotometer. For those a little less dorky than myself, a spectrophotometer can be used to detect the presence of proteins in various samples of bodily fluid or water which is useful for detection of infection or contamination. As a simple field device for rapid sample analysis this has the potential to save lives and prevent hardship in places around the world where sophisticated medical analysis laboratories aren’t readily available. The whole device increases the size of the iPhone by about 25%.
Not impressed yet? Take a look at Lapka an iPhone device that can detect humidity, radiation, synthetic nitrates and electro magnetic frequencies. By all accounts this is just the start of the small revolution in hand held computing putting all sorts of new diagnostic devices in the palm of our hands. Whether in five years time we’ll be holding this technology or wearing it will depend largely on the success of new augmented reality technologies like Google Glass. One things for sure though, the next five years will see us having more information about our surroundings than ever before, what we do with that information is still the province of science fiction!
I’ve been watching the hype around Google’s new augmented reality product with great interest. Whatever your opinion as to whether you’d be seen dead in public wearing one, even the most hardened technology cynic would have to agree that they’ve captured the public interest with Glass.
I think that deep down anyone with the least amount of “techno-joy” as Eddie Izzard would put it, will love the idea of Glass. There’s something compellingly sy-fy’esque about wearing a device that feeds information directly across your field of vision.
As time progresses the hardware will become smaller and more proficient and the control system easier to use. There is no doubt that Glass fits the mold of a disruptive technology very well. However, it’s adoption I think will depend largely on three factors:
1. Will people feel socially awkward wearing Glass – The current headset isn’t really a fashion statement regardless of how hard Google are trying to persuade us that it is with futuristic depictions of models wearing it. Miniaturization and designer renditions of Glass will help with this in the future.
2. The apps – we love the idea of information relevant to us being laid across our field of vision (Iron Man anyone?) but that information has to be both timely and relevant.
3. The privacy issues – anyone wearing glass can potentially take a video of photo of you without you noticing…not only is this an invasion of privacy potentially but there are copyright issues here. How do you know that someone visiting a cinema isn’t taping the film?
The issues around privacy actually go deeper than this. Imagine your Google Glass can scan someone’s face, recogise them and feed you information directly about them. The issues around surveillance and further erosion of personal freedoms abound.
All this being said I’ll be watching the Google Glass story with great interest as it launches and, yes, I will be getting my pair!