Google's Project Tango Seeks To Map a 3D World
Nerval's Lobster writes "Google's Advanced Technology and Projects Group is working on a new initiative, Project Tango, which could allow developers to quickly map objects and interiors in 3D. At the heart of Project Tango is a prototype smartphone with a 5-inch screen, packed with hardware and software optimized to take 3D measurements of the surrounding environment. The associated development APIs can feed tons of positioning and orientation data to Android applications written in Java, C/C++, and the Unity Game Engine. In addition to a 'standard' 4-megapixel camera, the device features a motion-tracking camera and an aperture for integrated depth sensing; integrated into the circuitry are two computer-vision processors. Google claims it only has 200 developer units in stock, and it's willing to give them to independent developers who can submit a detailed idea for a project involving 3D mapping of some sort. The deadline for unit distribution is March 14, 2014. In theory, developers could use ultra-portable 3D mapping to create better maps, visualizations, and games. ('What if you could search for a product and see where the exact shelf is located in a super-store?' Google's Website asks at one point.) The bigger question is what Google intends to do with the technology if it proves effective. Google Maps with super-detailed interiors, anyone?"
Everything Google is doing now is for their upcoming robotics division. This is how their robots will see and map the environment.
Man, I wish my Roomba had this ability, rather than just randomly moving and adjusting direction based on what it bumped into.
I'm really excited for the new robots industry :)
The Internet King? I wonder if he could provide faster nudity.
Build this functionality into a small quadcopter and you could use it to scout and unknown enviroment. Map an unknown enviroment in 3d before sending in personnel.
I'm from Flatland, you insensitive clod!
Will it help my wife find her glasses?
Scan my feet/hands/body and sell me some shoes/gloves/clothes that fit.
Why isn't that useful to consumers? I can't tell you the number of time I've spent 10 minutes looking for a product, going up and down aisles, ask an employee which aisle it's in, still can't find it, and then finally realize I've walked right by it a half dozen times. If I could just pull out my phone and it could lead me right to it, I'd love it. That's not them forcing something on me...it's helping me more easily find something I already know I want.
Still, such a thing is probably quite a ways out. Just think about how often stores reorganize their merchandise. Any maps like this would quickly be out of date. It's not really feasible until it would be cheap enough for a store to own a mappinig robot of their very own and have it automatically map the aisles by itself at night once a week.
Here's to hoping Google can force them to change their name again.
Stealing a comment from reddit:
Warning: this video is not what it appears. To all of you saying "WHY THE HELL WOULD I WANT A 3D ENVIRONMENT ON MY PHONE?? TO PLAY GAMESS??", you are not the target consumer.
TO you, the average consumer, it may seem like a neat new project with some cool implications like indoor navigation ("I'm inside the mall, how do I get to Macy's?" or "I am at a football game, where is the nearest hot dog stand?").
Now think about what Google is; Google is evolving far past an advertising company and more into a "big data" provider.
Take it a step further. Combine this tech with Google Glass (or some other wearable peripheral we may not know about), and the possibilities expand ("Where is the user looking usually?" "What is the optimal location for this new billboard? Based on Google Glass 3d mapping data, drivers look to the Northwest usually when traveling down Route 33).
Take it even further to Google's long-known project to catalogue everything on the planet. This will expand into their goal to be able to "Google" real-life stuff. Like a real life Control + F. You lost your keys? You don't remember where you put them, but your phone combined with your Google Glass remembers exactly where they are. Even if it doesn't remember, perhaps you can swivel your head around the room, scanning it with a camera until it alerts you that you are looking directly at an object that looks just like a pair of keys.
Now expand that further; big data. Have you been looking at sweaters a lot lately? Tango knows you've been shopping in department stores when you go to the mall. They can feed this data to advertisers, learn your color preferences, learn everything about you and be able to direct you to products.
Google can learn the shopping habits - of EVERY PERSON IN THE WORLD - and relay that information to marketers. Tell them where the best place to organize their products in brick-and-mortar stores, what and when to put items on sale at a specific time.
Google will be able to provide sales data BEFORE the sale is even MADE. Perhaps in early September people start shopping for winter clothes in New York City, but in August they were googling a new jacket, maybe looked around a leather store and looked at some jackets, etc.
This has huge market potential when combined with all of Google's other products. Remember this project isn't just a side project, this is the result of huge acquisitions and a scientific approach to recruiting and retaining top talent (we are talking salaries in excess of 1 million).
Google is moving to be the top "information manufacturer" in this new information age. Amazing! Wish I was a part of it.
Integrate this project with Google Glass. Or have they already?
Pretty sure most of the big stores (at least those with a perpetual inventory system) include location markers like aisle 4, shelf 5, 30 units (you can see those RGIS count tags left behind on shelves in the store with that information after a midnight inventory count).
If a product aisle 1, shelf 3, they'd just update that location in the database. So the store's indoor navigation map shouldn't just keep routing to static product locations, but just query for the current location. The underlying 3d map of the store layout would still be valid for navigating.
I like the idea of mapping public spaces like that, sounds like Google is laying a foundation for quite a lot of useful technologies with this data (whether we want them or not).
Wall-Mart already tracks the location of everything on their shelf using RFID. They just don't give that data to consumers. So basically they agree with you: Right now it is more useful to store owners than to consumers. However, this is just a more detailed version of GPS. Many people have already let go of their ability to find their way around town without the help of their phone maps. Given a strong enough push many users would probably give up their ability to find their way around a supermarket as well.
Just imagine how great the world will be once we all rely on technology to such an extent that without it we are totally helpless. How can you not find that appealing?
Lowe's already has this in their mobile app. They recently added bin numbers to all their shelving. Select a store, search for something and it will give you the aisle and shelf number in addition a map of the store with the location pointed out.
So this is pretty much done, and in a very nice way.
10 minutes working on a sig. What a waste.
If you send that to a 3D printer, we'll have TWO Earths! THAT's how powerful 3D printing is.
There are two potentially huge markets. I, for one, would like to be able to take a few (360-degree) photos of my house and have SketchUp (formerly owned by Google) deliver a 3D version that prospective buyers could "walk around in" via their browsers. Similarly, construction works spend a lot of effort making site measurements to create estimates, order materials, etc.. If that could be automatically produced via 3D renderings, all the better.
Tom Geller
Jack Bauer and his pals already have 3D maps and schematics of every power plant, office building, warehouse, outhouse and chicken shack. Not to mention full control of the power, network and hot and cold water taps in each of them. And all in the time it takes Chloe to recalibrate the beam forming firewall protocols against the binary-coded output logs. Or something.
"Win treats sysadmins better than users. Mac treats users better than sysadmins. Linux treats everyone like sysadmins."
...for the shop that has the lumbars to name their next 3D printer "Slarti Jr."
"Win treats sysadmins better than users. Mac treats users better than sysadmins. Linux treats everyone like sysadmins."