The United States Patent & Trademark Office (USPTO) recently published a patent application from Apple, uncovered by PatentlyApple, that’s interesting on many levels. It basically hints at a new security feature that may or may not come to Siri in the future. In a nutshell, Apple’s proposed solution would let Siri recognize the voice of the device owner.
The invention has the potential to prevent unauthorized Siri interactions on the Lock screen and across CarPlay and HomeKit devices.
The seemingly never-ending legal battle between Apple and Samsung went back to its roots as a federal appeals court said Tuesday that it was up to a district court to decide if there should be a damages retrial. According to CNET, the case will return to the San Jose, California court where the trials in the long-running patent dispute originally took place.
Nokia announced on Wednesday that it has filed a number of complaints against Apple in Germany and the United States, alleging that its products infringe on Nokia patents. The company says it reached the decision to take action after several years of trying to reach an agreement with Apple to cover the use of its intellectual property.
The United States Patent & Trademark Office (USPTO) today awarded Apple a patent describing a process for embedding light-sensing sensors into a mobile display. The invention, titled “Electronic devices with display-integrated light sensors,” potentially paves the way for next year’s iPhone.
Apple’s new patent specifically mentions the ambient light and proximity sensors, which are found on the front face of the device, as being integrated into the display assembly.
According to KGI Securities analyst Ming-Chi Kuo and pundits in the know, like Daring Fireball’s John Gruber, the iPhone 8—or whatever a 2017 iPhone (or Tenth Anniversary iPhone) ends up being called—should be a major design departure from prior models as it would supposedly get rid of the chin and forehead bezels by integrating Touch ID and the front-camera along with other sensors directly into the display.