Skip to main content

Apple acquires WiFiSLAM

News broke in the Wall Street journal blogs on Saturday that Apple has acquired WiFiSLAM, reportedly for around $20 million.  This is one of the first major acquisitions in an area that's poised to explode in 2013.

The Grizzly Analytics 268-page report on indoor location positioning technology profiles both Apple and WiFiSLAM, and predicts that Apple will make an acquisition in the area.  Here are a few reasons that their acquisition of WiFiSLAM makes a lot of sense.

Apple has for years been preventing indoor location apps from running on iOS.  They've done this by withholding Wi-Fi received signal strength indicator (RSSI) data from apps.  This is the data that most Wi-Fi-based indoor location systems use to analyze nearby Wi-Fi access points and calculate their location.  We're written before (here) about this problem and how some companies are getting around it. But the biggest question has always been why Apple was doing this. They're the pioneers in enabling third-party apps. Our speculation has always been that Apple had plans in the works for indoor location.

The other big indication of Apple's preparation for indoor location positioning is their logging of Wi-Fi access point locations, as Google and Microsoft are also doing. In 2011 Apple admitted that they were collecting this data for use in indoor location positioning. They also have a granted patent and several filings in the area.

WiFiSLAM is one of over 50 start-up companies working in the area of indoor location. Many of these companies, WiFiSLAM included, started with Wi-Fi signal fingerprinting, and expanded to incorporate sensor fusion (a.k.a. inertial navigation) and map constraints.

WiFiSLAM is distinguished from the others, however, in two very important areas.  First, they have demonstrated motion sensing by sensor fusion (inertial navigation) that works solo, without any other technologies integrated. Most other sensor fusion systems have bee forced to add other technologies, to avoid small errors in sensor fusion building up over time.  This technology isn't yet on the market, likely because it only works this well under certain conditions, but nonetheless it's a very strong achievement.

WiFiSLAM's second distinction is even more novel. They have released a mobile app that enables any smartphone user to take a picture of a map of their indoor site, walk around the site a few times, and have that site work within WiFiSLAM's location positioning system.  This app enables much easier crowd-sourcing of indoor maps than Google or others have, and would enable iPhone indoor positioning to spread like wildfire as iPhone fanboys jump to upload their site maps.

All in all, Apple's acqusition of WiFiSLAM looks like a real win for Apple and for the market. Hopefully Apple will incorporate their technology into iOS in a way that will enable 3rd-party indoor apps to work on iPhones and not only on Android.

Apple also has a unique way of legitimizing technologies and leading a wave of activity in new areas. Who will be the next indoor location companies to be acquired? Grizzly Analytics predicts that companies with strong sensor fusion technology will be prime targets of major mobile companies (SenionLab and Loctronix are two examples out of many). We also predict that mobile commerce companies, like EBay (PayPal), Amazon or local.com, will acquire indoor location companies focused on retail (PointInside and Aisle411 are two examples out of many).

Whatever the future holds, the indoor location area is heating up!


Want to learn more about the indoor location positioning area? Check out the extensive 268-page Grizzly Analytics report on the area, profiling over 50 start-ups as well as research by major mobile, chip and network companies.

Popular posts from this blog

Sensor-fusion indoor location system in over 30 malls in Singapore

SingTel just deployed indoor mapping and navigation from Swedish start-up  SenionLab  in over 30 shopping malls in Singapore, with 20 more in planning, in the biggest single deployment we've seen yet of customized indoor location technology. The most significant aspect of this deployment is that this is one of the first commercial deployments of indoor location technology that uses a new technology approach called "sensor fusion," which uses sensors in smartphones (gyroscope, compass, accelerometer, ...) to track location by sensing the phone's movements. Most indoor location systems determine location by measuring the signals of nearby Wi-Fi hotspots or cellular antennas, but this risks looking choppy as the phone waits for the radio signals to change to detect the next place it is. Sensing motion using phone sensors makes the system work more smoothly, regardless of radio signal details.  (The SenionLab solution does use Wi-Fi signals as well, to compe...

Nokia indoor location positioning research shown at MWC 2012

Grizzly Analytics has been looking closely at indoor location technology, both technology research at major companies and technology solutions available to store-owners and other site managers .  At MWC we expected that indoor location would be prominent, and we weren't disappointed! We had the pleasure of seeing a large number of demonstrations of indoor positioning in action.  This is the first of several blog posts looking at these demonstrations, starting with Nokia. First I'll give some explanation, then below is a video showing Nokia's demo in action and hearing comments from their researchers. Nokia has been researching indoor location technology for years, and the technology has advanced each year but not yet reached market.  Their demo is, in a word, breathtaking, in the speed and precision at which it tracks people walking around the room.  People are seen on a computer screen or phone screen, in real-time, moving as they walk around the demo room flo...

Adding real value to smartphone camera pictures

Most technology features follow a similar path, from imitation to improvement to transformation.  First they imitate something that came before, like telephones imitating the telegraphs of yesteryear.  Then they improve on them, like phones entering individual homes. Then they transform the entire endeavor, completely surpassing the previous technology, like phones automatically connecting people without operator involvement, which enabled society to communicate in ways that telegraph users never contemplated. Cellphone cameras are following a similar path.  At the beginning cellphone cameras were imitating digital cameras, adding the convenience of carrying only one device but basically doing the same as digital cameras did.  Then they improved on them, both with quality improvements and with the ability to share pictures wirelessly without wiring the phone to a computer.  The ability to instantly share and synchronize pictures from a phone is somewhat transf...