The wheels of justice may turn slowly, but tech ramifications sometimes turn around on a shorter timetable.
The U.S. Supreme Court’s 2022 overruling of its landmark 1973 Roe v. Wade decision—alongside subsequent state-level prosecutions for abortions—provoked a proprivacy backlash now wending its way through administrations and legislatures. At the same time, though, there may be a catch. Between industry lobbying and legislative mistakes, some of the proposed or recent rules may leave room for data brokers to still profit and for buyers to still continue obtaining people’s locations without explicit consent.
At the moment, unlike in the early 1970s when the previous Supreme Court precedent was set, broad-sweeping digital tool kits are widely available. In states tightening their abortion laws and seeking to prosecute women seeking or obtaining abortions in defiance of those laws, prosecutors have access to mobile-phone location histories—currently available on the open market throughout the United States.
“I think there is increased anxiety that is being spurred in part by the overruling of Roe v. Wade,” says Alex Marthews, national chair of Restore the Fourth, a civil-society organization in Boston. “There is anxiety about residents’ browser and location information being subject to information requests in states that have essentially outlawed abortion,” he says.
Continue reading Political Backlash Ramps Up Digital Privacy Laws
The race to deliver cellular calls from space passes two milestones this month and saw one major announcement last month. First, Apple will offer emergency satellite messaging on two of its latest iPhone models, the company announced on Wednesday. Second, AST SpaceMobile plans a launch on Saturday, 10 September, of an experimental satellite to test full-fledged satellite 5G service. In addition, T-Mobile USA and SpaceX intend to offer their own messaging and limited data service via the second generation of SpaceX’s Starlink satellite constellation, as the two companies announced on 25 August.
Continue reading Apple Kicks Off the Cell-Calls-From-Space Race
The next generation of cellphone networks won’t just be 5G or 6G—they will be zero g. In April, Lynk Global launched the first direct-to-mobile commercial satellite, and on 15 August a competitor, AST SpaceMobile, confirmed plans to launch an experimental direct-to-mobile satellite of its own in mid-September. Inmarsat and other companies are working on their own low Earth orbit (LEO) cellular solutions as launch prices drop, satellite fabrication methods improve, and telecoms engineers push new network capabilities.
Continue reading Space 5G Is On the Launchpad
Two hardware makers are planning to offer chips later this year featuring the RISC-V free and open architecture standard, joining the $180 Linux-capable StarFive VisionFive RISC-V board that went on sale in January. In late June, Pine64 said it was designing a single-board computer for the market now dominated by Raspberry Pi, and Xcalibyte and DeepComputing said they would begin shipping RISC-V-based laptops at the end of the summer.
The twelve-year-old RISC-V computer instruction set architecture standard belongs to no one and everyone, giving it unique appeal compared to Intel and ARM chips, which require licensing fees. At the same time, RISC-V’s relative novelty and reduced feature set and support are barriers to more widespread adoption. An open source development effort last year to produce a Linux-capable mini-PC with RISC-V ended in failure. VisionFive was involved in that project, too. Like any new tech ecosystem, software support for RISC-V is more limited than in Raspberry Pi’s robust development community, says independent software engineer Leon Anavi in a review of the VisionFive. That said, he encouraged viewers to join in and contribute to the growing RISC-V community.
Continue reading RISC-V Guns for Raspberry Pi, Legacy Chips