OpenAI released GPT-6 Astra Ultrafast, powered by NVIDIA Blackwell GPUs, in the OpenAI API and for eligible ChatGPT Work and Codex users. It delivers up to 8x faster token generation than the Astra Standard mode. Developers get quicker edit-test-debug loops and more responsive agent workflows that repeatedly write code, call tools, and iterate.
NetApp framed its storage business around “Intelligent Data Infrastructure” to target AI-driven data buyers and described how it is preparing architecture for AI data activation. NetApp reported that website traffic from net-new names rose about 50% year over year after its keynotes. The company is pushing new “AI factory” storage design with NetApp Novus and aiming to help customers access data wherever it already resides rather than lock them into one stack.
Cognition AI used always-on AI agent infrastructure to connect software development work with continuous inference, feedback, and training so Devin can improve from production outcomes. The effort targets 99.99% reliability for distributed training across thousands of GPUs, and Nvidia’s early access to the Vera Rubin platform supports better price-performance research. CoreWeave Forge adds tracing, distillation, and RL rollout services that can hot-load updated checkpoints into live deployments, changing the workflow from occasional retraining to an ongoing learning loop.
NetApp and Nvidia redesigned storage architecture for AI factories by co-engineering how data and metadata are handled under AI workloads. The Novus design separates data and metadata so they can scale independently and prevent metadata bottlenecks from leaving GPUs underused, addressing the parallel “data movement” plus transactional metadata pattern. As a result, enterprises can scale storage more flexibly with APIs and an agent-friendly control plane instead of requiring storage specialists for each new AI use case.
Memory makers Micron and Samsung said the RAM and broader memory shortage will last for at least the next few years. Micron CEO Sanjay Mehrotra expects demand to exceed available supply through 2028. Priorities in manufacturing capacity are shifting toward AI and server memory, which is expected to further constrain supply for consumer devices.
Ataraxos, an AI system by researchers from Carnegie Mellon, MIT, NYU, and Stanford, beat top Stratego player Pim Niemeijer 15 games to 1. The system was trained using 16 GPUs. This shows that imperfect-information board games with long-running hidden information can now be solved to human-beating levels with comparatively modest computing resources, shifting Stratego from an AI-stalemate into a new benchmark for AI research.
Nvidia executives said AI data centers are increasingly run as system-wide “AI factories,” where deployed models, networking, storage, processors, and software must work together rather than relying only on individual chips. Nvidia’s Ian Buck cited a 30x improvement in tokens-per-watt with Blackwell, tying commercial output to efficiency instead of just hardware availability. The focus shifts vendor and customer planning toward inference throughput and latency, system-level design, and tokens-per-watt optimization under power limits.
NVIDIA describes its AI “factories” as designed to maximize return on investment by improving how much revenue they can generate, how long they keep generating it, and how broadly they can sell work. NVIDIA says its Vera Rubin NVL72 systems deliver over 30x higher throughput per megawatt and up to 45x lower cost per million tokens on the DeepSeek V4 Pro model. The piece argues this leads to more profitable tokens, longer usable hardware life, and broader demand from running many AI and non-AI workloads on the same platform.
Sony is launching Quick Spectral Super Resolution (QSSR), an AI graphics upscaling technology for the regular PS5. The company says the PS5 will likely deliver closer to an upscaled 1440p resolution because it lacks dedicated machine learning silicon. As a result, QSSR is expected to be slower than PS5 Pro’s PSSR and offer lower upscaling performance on the standard console.
Satlyt, founded by a former Google and SpaceX product manager, raised an $8M seed round to build software that runs AI models on satellites instead of building spacecraft. The funding amount was $8 million, and Satlyt’s software is scheduled to launch Thursday on a SpaceX rocket alongside Google’s Project Suncatcher prototype. The company will apply its platform onboard a satellite for AI-driven tasks that cut expensive downlink and aims next to demonstrate shared computing across two satellites as an in-orbit compute cloud.
The Sequence Opinion argues that AI compute could be treated like a commodity by using futures-market style contracts. It highlights that an AI company planning a training run three months ahead needs committed capacity before future rental prices are known. It says doing this requires defining exactly what is traded, setting quality measures, and writing contracts that account for risk.
Bank of England governor Andrew Bailey warned that heavy investment in AI could lead to financial market shocks in the UK. He cited Nvidia’s $5.5tn market valuation as an example of how AI expectations can push asset prices higher. The Bank of England says it is watching AI funding closely and preparing for possible asset-price corrections and other shocks to keep the financial system resilient.
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