Musk tried to recruit Altman for role at Tesla before falling out at OpenAI

Is life sciences research still a biology challenge? With the recent advancements in AI, the real bottleneck is data. Vast amounts of biological data exist across literature, experiments, and proprietary […] The post Can OpenAI’s GPT Rosalind Tackle Data Challenges in Life Sciences Research? appeared first on AIwire.

AI technology is leapfrogging, yet that doesn’t mean we always want a revolutionary feature out of it. What most users would want more of are simple capabilities within AI that can help with their everyday tasks, whether in the office, at home, or anywhere else. On those lines, OpenAI may have just come up with […] The post ChatGPT is Now Inside Excel and Google Sheets: Here is How to Use it appeared first on Analytics Vidhya.

Musk was “prepared to do the for-profit, provided he would get control.”

Parloa leverages OpenAI models to power scalable, voice-driven AI customer service agents, enabling enterprises to design, simulate, and deploy reliable, real-time interactions.

In the second week of the trial pitting Elon Musk against OpenAI CEO Sam Altman, former board member Shivon Zilis took the stand before judge and jury. Zilis is romantically involved with Musk as he is the father of her four children. In this edition, we look back at what pushed the tech magnate to file this lawsuit to begin with and put in context Zilis's testimony that Musk wanted OpenAI to be a subsidiary of Tesla. Also in this segment: FIFA boss Gianni Infantino defends the 2026 World Cup's high ticket prices.

Elon Musk’s AI ambitions are converging on multiple fronts simultaneously. SpaceX is considering spending up to $119 billion on a semiconductor facility in Grimes County, Texas, dubbed “Terafab” — a vertically integrated chip manufacturing complex developed alongside Tesla and Intel. The facility is intended to produce chips for AI servers, satellites, autonomous vehicles, and SpaceX’s proposed orbital […]

MRC (Multipath Reliable Connection) is a new open networking protocol developed by OpenAI in partnership with AMD, Broadcom, Intel, Microsoft, and NVIDIA that improves GPU networking performance and resilience in large-scale AI training clusters by spreading packets across hundreds of paths simultaneously, recovering from network failures in microseconds, and enabling supercomputers with over 100,000 GPUs to be built using only two tiers of Ethernet switches. The post OpenAI Introduces MRC (Multipath Reliable Connection): A New Open Networking Protocol for Large-Scale AI Supercomputer Training Clusters appeared first on MarkTechPost.

Gains for OpenAI and Arm investor help Nikkei 225 to record high after holiday closure