Starship's 14th test flight reached orbit for the first time on Monday, despite one engine shutting down unexpectedly mid-flight, deploying 26 next-generation Starlink V3 satellites one by one from a Pez-dispenser-style mechanism at roughly 269km altitude before the mission ended early. Each Starship can now carry about 60 Starlink V3 satellites, roughly 20 times the capacity of a Falcon 9 launch, and the new satellites offer around 10x the downlink and 22x the uplink capacity of the previous V2 generation, capability SpaceX needs to support Musk's stated goal of Starlink eventually carrying a majority of the world's internet traffic.
arstechnica.com·4 min read
Nvidia's Open Agent Safety Platform pairs OpenShell, a sandboxed runtime running on its Vera CPU, with Sentry, a monitoring layer that runs in silicon on the BlueField-4 DPU rather than on the same host as the agent it's watching. The architectural bet is physical separation as a security property: in a Vera Rubin POD, each compute tray's BlueField-4 sits on the node's only path to the model, meaning every agent "thought" has to pass through that chip, giving it both the best observation point and a hardware kill switch, isolated from the host and beyond the agent's own reach even if the host itself gets compromised.
developer.nvidia.com·5 min read
VisionPower Semiconductor Manufacturing Company, a joint venture between Vanguard International Semiconductor and NXP, opened its first 300mm wafer fab in Tampines, Singapore, completed in just 22 months and now in risk production after its first sample lot cleared yields above 99%. The fab targets mature nodes between 130nm and 40nm for power management, mixed-signal, analog, and interposer chips serving automotive, industrial, consumer, mobile, and HPC customers, with volume manufacturing starting Q1 2027 and full capacity, roughly 44,000 wafers a month and 1,600 jobs, targeted by 2029.
Tesla ramped Optimus production from a few dozen units in Q2 to several hundred a week last month, but the company is hitting real engineering roadblocks on the path to its 20,000-units-a-week target for year-end. Most units built so far aren't shipping to customers at all, instead staying in-house for testing and data collection, and are still confined to simple, repetitive tasks rather than functioning as general-purpose machines. The core problem is durability and reliable assembly of the hands, a struggle Tesla has reportedly wrestled with for over a year, and rather than relying on touch sensors built directly into the hand itself, the company is now developing a hot-swappable "sensing glove" as a workaround.
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After nearly a decade of R&D, Doroni unveiled a showroom model of its H1-X flying car. Morgan Stanley projects a $9T market by 2050. First
AMD has agreed to acquire World Labs, a startup specializing in spatial intelligence and deep learning models designed to understand the physical three-dimensional world. This merger aims to build an open, end-to-end AI ecosystem by combining frontier physical intelligence research directly with high-performance silicon development. This acquisition is exceptionally relevant to those building physical machines because it bridges the gap between hardware acceleration and the spatial awareness foundation models required for next-generation robotic manipulation and navigation.
Announced at ROSCon Global 2026 in Toronto, the NODL framework provides a metadata language to formally describe the ROS interface of a robotic node, including its topics, parameters, services, and actions. It allows developer tools to validate configuration layouts, auto-generate boilerplate code, and create automated testing setups directly from declarative node specifications. For anyone designing embedded control software or complex sensor integrations, this tool offers a standardized way to ensure subsystem nodes communicate reliably without manual, error-prone integration checks.
nodl.readthedocs.io·1 min read