Google has confirmed display issues on a “limited number” of Pixel 9 Pro, Pro XL, and Pro Fold devices. The company is offering free repairs or replacements for three years from the original purchase date, though devices with cracked screens or water damage may not qualify.
MIT researchers have created an aerial microrobot that can fly with the speed and agility of a real insect. Using a novel two-part AI controller, it’s 450% faster and can perform consecutive somersaults. However, significant hurdles remain before these bots can search disaster zones.
A new analyst note suggests Apple might use Intel’s 18A-P process for non-Pro iPhones in 2028. This follows Ming-Chi Kuo’s report of an NDA and sample procurement. But shifting core silicon away from TSMC is a monumental risk.
IBASE Technology has unveiled its MAF801 Edge AI platform, designed for tough industrial environments. It leverages 14th/13th/12th Gen Intel Core processors and dedicated GPU expansion to handle real-time analytics and machine vision.
Japanese electronics maker Kyocera is abandoning its development of 5G wireless base stations. The company, which only started the project two years ago, cites ballooning costs and a market dominated by three giants.
A new alliance between SkyThread and Wingleet targets the stubbornly paper-based aviation parts industry. By merging a data network with blockchain and AI, they aim to solve costly tracking issues, projecting $100,000 in savings per aircraft tail or engine.
The battle over the massive Stargate data center in Michigan is entering a new phase. After local approval, the fight now centers on the utility contract that would power the 1.4GW facility, with state politicians getting involved.
RMFG is an AI-powered sheet metal factory aiming to fuel a US manufacturing comeback. Its founder, a 32-year-old father of four, just raised $4.5 million from investors like Y Combinator and Balaji Srinivasan.
Drive system manufacturer Nord is offering a new digital service. Customers can now request a simulation model, or digital twin, of their fully configured drive system to test it virtually before physical commissioning.
Samsung has pulled back the curtain on how it builds and tests its flagship Galaxy Z TriFold. The process involves automated assembly, 3D laser scanning, and a brutal 200,000-cycle folding test.
