It seems that being in “a billion pockets,” as Oprah put it, is not the only perk of media stars working with Apple. The stars of For All Mankind were all given iPhone 11s ahead of the premiere, Variety reported.

Apple’s clean-cut aesthetics for the big premiere weren’t surprising for the multinational company and perhaps even less surprising was how generous the company has been with granting the cast and crew access to their latest technology. The entire cast even received new iPhone 11s from Apple ahead of the premiere. “[Apple has] been so supportive. They come and do set visits and they’re excited to see us. They gave us all free iPhones. That is a perk,” star Krys Marshall told Variety on the carpet. “We all got the 11 yesterday. It’s nice. But aside from the free phones, they have just been fabulous, really encouraging. They believe in us.”

The UK Government has dropped controversial plans for a ‘porn blocker’ law, BBC News reported. It was going to introduce stringent age verification checks intended to stop under-18s viewing porn online.

It said the policy, which was initially set to launch in April 2018, would “not be commencing” after repeated delays, and fears it would not work. The so-called porn blocker would have forced commercial porn providers to verify users’ ages, or face a UK ban. Digital Secretary Nicky Morgan said other measures would be deployed to achieve the same objectives. The government first mooted the idea of a porn blocker in 2015, with the aim of stopping youngsters “stumbling across” inappropriate content.

Another day, another lawsuit against Apple. The latest class action lawsuit, brought in the U.S. District Court for the Northern District of California, accused Apple of a variety of offenses, including iPhone throttling, AppleInsider reported.

Among the causes of action laid out by plaintiffs are counts of trespass to chattels, violation of the Computer Fraud and Abuse Act (CFAA), violation of California’s Computer Data Access and Fraud Act, unfair business practices and false advertisement. Plaintiffs allege Apple harmed owners of iPhone 6, 6 Plus, 6s, 6s Plus, SE, 7 and 7 Plus units by implementing an iOS feature that, under certain conditions, temporarily throttles an iPhone’s processor during instances of heavy load.

AI technology is improving at an amazing rate. However, video is still a significant challenge. Wired reported on a development that may improve things, whilst also using less processing power.

A group from MIT and IBM developed an algorithm capable of accurately recognizing actions in videos while consuming a small fraction of the processing power previously required, potentially changing the economics of applying AI to large amounts of video. The method adapts an AI approach used to process still images to give it a crude concept of passing time. The work is a step towards having AI recognize what’s happening in video, perhaps helping to tame the vast amounts now being generated. On YouTube alone, over 500 hours of video were uploaded every minute during May 2019. Companies would like to use AI to automatically generate detailed descriptions of videos, letting users discover clips that haven’t been annotated. And, of course, they would love to sell ads based on what’s happening in a video.

Apple’s much speculated upon self-driving car might have a radar system hidden within the bodywork. That’s according to a patent granted Tuesday and uncovered by AppleInsider.

In Apple’s design, it suggests the use of antennas to transmit a radar beam towards a portion of a field of view, along with a vertical antenna array to receive the bounced-back signal. The receive antenna array can consist of multiple antenna elements grouped into sub-arrays, with each sub-array used to receive scatter signals reflected back at it from a smaller subsection of the field of view. Circuitry is then used to combine the received scatter signals from the antenna array into a combined scatter signal, which is then digitized. A second horizontal receive array performs a similar job, again with sub-arrays and the same process. A signal processor is then used to process the scatter signals from both vertical and horizontal arrays, and to correlate the data from each to give effectively a 3D radar layout.