Check out this vibrating navigation belt on Kickstarter
Connected location-aware wearables are not all about watches, trackers and bands. This Kickstarter campaign is trying to raise funds to launch the first location-based… belt. The belt is equipped with motors that connect to the navigation app and guide user with vibrations.
The idea has been developed by Italian engineer Marco Zagaria and I must stay that this origin is not a surprise. Italy is famous from the style and attention to fashion details. Italians are all about a style and quality. Why would it be any different with Italian connected wearables?
Check out the video to learn more:
Frankly speaking I don’t see myself using that sort of solution on a daily basis, there are already too many distractions coming from multiple devices I have. It could be however interesting to see how it could be applied in navigation for blind people. When it comes to driving I would rather see that sort of vibrating motors on a steering wheel itself, rather than on my waist. But I don’t want to judge until I try it on. There are still over 20 days to go. So go for it if you find the project interesting.
How machine learning is helping map global fishing activity
Out of sight, out of mind – overfishing is one of the biggest environment issues facing us today, with over 85 percent of the world’s fisheries in dire need of protection but then again what happens beyond the horizon in the middle of oceans is hardly monitored or known to the public. In the age of internet and smartphones, that’s hardly an excuse for an issue as serious as overfishing!
Global Fishing Watch
Google, in partnership with Oceana and SkyTruth, has launched a tracking platform called “Global Fishing Watch” to help increase awareness of fisheries and to monitor fishing activities across the world.
Vessels in the ocean use the Automatic Identification System (AIS) to transmit their location for identifying themselves and for communicating with nearby ships, AIS base stations and satellites. At any given time, there are approximately 200,000 ships that broadcast their location using the AIS.
Global Fishing Watch utilises machine learning to comb through these logs (over 22 million records per day) to classify and determine the type of ship (e.g., cargo, tug, sail, fishing) and the kind of fishing gear (longline, purse seine, trawl) they’re using. There is no information about the accuracy of the classification algorithm though.
Data Manipulation? GPS Spoofing?
Global Fishing Watch is incredible – it has enabled citizens, governments and researchers across the world to be able to access data about commercial fishing activity worldwide in a manner that didn’t exist earlier.
The AIS data that SkyTruth and Google are using for Global Fishing Watch isn’t without its limitations (and manipulation), Wired ran a story highlighting how illegal fishing boats are circumventing the system by spoofing their GPS traces (Read more: Google’s Global Fishing Watch is using ‘manipulated data‘). But its interesting to note, that in the same article there were able to clearly identify some of these spoofed logs just by looking at the trace and comparing it to coastlines.
Global Fishing Watch is just an early preview of what is possible with satellite imagery and machine learning. Its going to be interesting to see this platform expand over time. It’s a good start to a serious environment issue and hopefully it gains the traction it deserves!