Apple Watch already features heart rate-tracking technology. But Apple may go even further with its biometric-reading tech — and it could be used to make an eventual Apple Glass head-up display more reactive to users in the process.
Published Thursday, a new Apple patent application describes how the company could turn information such as temperature and brainwave-reading into an assessment of the “physiological condition of the user.”
Appropriately enough at a time we’re worried about touching any surface without immediately washing our hands, the U.S. Patent & Trademark Office has published an eye-tracking patent application from Apple describing a method of letting users control an interface with nothing more than a simple glance.
The application possibly sheds light on one of the features of Apple’s rumored head-mounted display for augmented and virtual reality.
Apple is exploring charging cables that attach to its devices with magnets. This is highly reminiscent of its discontinued MagSafe system.
Previously, this was a great way to keep MacBooks from being accidentally damaged but Apple stopped using it during the company’s transition to USB-C.
Crowding a group of people into a selfie can be challenging. Seems someone always ends up halfway out of the picture. Apple has a solution: it’s developing a way to automatically combine multiple images into a group selfie.
This could become a part of iOS 13 this fall, perhaps as a new feature in the iPhone XI.
Apple has done a great job of making the iPhone more water-resistant over the years, but one thing you still can’t do particularly well is to use your iPhone when it’s wet.
That’s something that Apple wants to change, based on a pair of patent applications published today. They describe technology to allow finger tracking in wet environments, letting users continue swiping and tapping away even if they’re out in the rain.
Tim Cook has made no secret about Apple’s interest in augmented reality tech — and a newly published patent application reveals just how seriously the company takes the technology.
The patent application describes techniques for inserting virtual objects into a real environment, or removing real objects from a virtual one, all in real time.
One of the most positive pieces of publicity the Apple Watch has yet received came when its in-built heart monitor revealed that a teenager was suffering from a potentially fatal condition, which could have resulted in his untimely death if left unchecked.
A future feature for Apple devices might take this life-saving concept even further by not just notifying users of possible medical emergencies — but actually alerting doctors or family members on their behalf if required.
The Force Touch technology seen in the Apple Watch and new MacBook is pretty great and all, but imagine being able to go further than the relatively simple haptic feedback Apple currently offers — by having your future Mac trackpad actually simulate different textures when you run your hand over it.
That’s the aim of a new patent application published today, which describes a new diamond-layered touch surface capable of using a variety of vibrations and temperatures to recreate a range of textures.
Apple is attempting to push its Apple Maps software to the next level, courtesy of indoor mapping capabilities, according to a new patent application uncovered by Cult of Mac today.
Filed in April this year, the application describes a method of seamlessly transitioning from a map displaying exterior elements like roads and buildings to one that shows indoor elements, like stores and restaurants.
This technology is designed to work with iBeacons, Apple’s Bluetooth Low Energy emitters designed to make iDevices location aware indoors.
Apple has been steadily working to improve its Apple Maps service since its disastrous debut a couple of years ago, and a new patent application published Thursday further cements that.
According to the application, filed in March last year, future iOS devices may scour through your data to warn you of traffic congestion on routes you are predicted to be likely to travel.
These journeys could be learned by your iPhone or Apple Watch by way of a smart artificial intelligence “machine-learning engine,” based on the frequency of previous destinations (say, regular appointments), location of events in a user’s calendar, location of events which users hold electronic tickets for, and addresses gathered by analyzing messages in the form of texts or emails.
