Qualcomm today at MWC 2015 announced their newest device security measure: an ultrasonic fingerprint scanner. Dubbed Qualcomm Snapdragon Sense ID 3D Fingerprint Technology, the tech uses ultrasonic waves to penetrate through the outer layers of your finger to build a three-dimensional map of your fingerprint that's much harder to duplicate than a mere capacitive scanner as you'd find on the Samsung Galaxy S6 or iPhone 6. Additionally, Qualcomm also announced their new "machine learning" platform Zeroth, which aims to go for a device that learns and adapts to how you use it.
The Sense ID scanner recognizes sweat glands and the layers of your fingerprint ridges. But more impressive is that it works through metal, plastic, and glass, so it can be installed differently in a phone than under the glass plates that fingerprint scanners are currently placed. Additionally, by going ultrasonic, Sense ID can scan through any lotion, grease, or other grime that might frustrate a traditional capacitive scanner. Sense ID adheres to the FIDO open standard secure authentication.
Qualcomm Zeroth might be the more interesting announcement long-term, however. Right now it's a bit vague — Qualcomm President Derek Aberle described it as a cognitive and machine computing platform that "will allow your device to learn about you and customize itself over time". All of the data collected by Zeroth is stored on the device, none of it's pushed to the cloud. And while they're initially targeting mobile devices like smartphones and tablets, Qualcomm sees the platform extending to automotive and other sectors in the future.
So what does Zeroth do? Qualcomm provided one interesting demo: the camera. The camera app leveraged Zeroth to actually recognize what was in a photo — people, architecture, food, etc. — and where it was being taken — indoor, outdoor, night — to engage in automatic scene detection and tweaking of the camera settings appropriately. Zeroth also amplifies face detection that most modern smartphones support with face recognition. Yes, it can see who is in the photo, not just that there are people in the photo.
The last big new announcement was the new Snapdragon 820 processor. Aberle teased the new chipset, which will include a custom Kryo CPU and a "leading" LinFET process (though they would not comment on what process they're using — Samsung's up to 14nm at this point). The new processor isn't expected to start sampling to manufacturers until the second half of 2015, so it'll probably be a while before we start seeing Snapdragon 820 smartphones and tablets start shipping.
A few other notes on what Qualcomm has done and has in store:
In 2014 Qualcomm shipped 920 million chipsets to manufacturers.
The Snapdragon brand is expanding to encompass Qualcomm's LTE modems, recently rebranded as X-series modems. So Snapdragon will stand for the complete system-on-a-chip). Take the Snapdragon 620 and 425 for example: they both use the 450Mbps X8 modem.
Qualcomm is integrating specialized support for "select Cyanogen features and enhancements", and has seen more than 30 Windows Phone devices launched off the Qualcomm Reference Design.
Qualcomm's working on seamless hand-overs of voice and video calls between Wi-Fi and LTE and aggregating Wi-Fi and LTE for faster multi-stream downloads (several Android device manufacturers have implemented this on their own, but this is the first that will be built in at the hardware level).
Additionally, Qualcomm recently dug deeper into unlicensed spectrum, with Aberle saying that "LTE-U is even a better neighbor to Wi-Fi than other Wi-Fi networks." Of course, we'll have to see carriers actually start implementing LTE-U before we can even think about how well our networks will play together. On the other end of the spectrum, Qualcomm is also demoing the first Cat.11 LTE modems at MWC, topping out at a blistering 600Mbps downloads.