computer labs

Elon Musk says SpaceX's AI effort, dubbed SpaceXAI, could reach GPT-6-level capability within three months and take the 'pole position' in artificial intelligence within six, backed by plans for a massive expansion of GPU computing power. The comments land amid fierce competition among AI labs and Musk's own xAI venture, drawing skepticism and attention in equal measure.

AMD has reached an $8.2 billion deal to acquire World Labs, the spatial intelligence startup founded by Stanford's Fei-Fei Li, often called the 'godmother of AI' for her pioneering work in computer vision. The move signals AMD's push to compete more directly in artificial intelligence beyond chips, and tech and business media are closely watching what Li's team brings to the company.

Chipmaker Cerebras has agreed to supply 100 megawatts worth of AI processors to Gimlet Labs, a cloud computing startup. The deal marks a significant supply commitment for the emerging AI infrastructure company and highlights growing demand for alternative AI compute providers beyond Nvidia. The reported scale of the agreement underscores how power-hungry AI data center buildouts have become.

AI chipmaker Cerebras Systems has agreed to supply artificial intelligence computing systems to Gimlet Labs, a cloud computing startup. The deal gives the younger company access to Cerebras' wafer-scale hardware for running AI workloads, and marks another commercial win for Cerebras as it competes with Nvidia and other suppliers in the fast-growing market for AI infrastructure.

AMD has agreed to acquire World Labs, the spatial-intelligence AI startup founded by Stanford professor Fei-Fei Li, in a deal reported at $8.2 billion. The move would put one of the most prominent figures in AI research behind AMD's technology stack as the company pushes to challenge Nvidia in artificial intelligence computing.

AMD's deal with World Labs has drawn attention to AI infrastructure names, with retail investors tracking three stocks in particular tied to the build-out of AI computing capacity. Coverage highlights how chipmakers and data-centre suppliers are increasingly seen as beneficiaries of ongoing AI investment, with AMD's move seen as a signal of where demand is heading.

A Hacker News discussion thread asks who still runs DOS machines that their business genuinely depends on. The prompt invites stories of legacy computing: factories, labs, or offices keeping decades-old MS-DOS or PC DOS systems alive because critical software or hardware was never ported to modern platforms. Commenters typically share examples of industrial controllers, embedded equipment, and the challenges of maintaining obsolete hardware, with debate over why such systems persist and how risky they are.

Chipmaker Cerebras Systems has agreed to deliver AI systems to Gimlet Labs, a cloud computing startup. Under the arrangement, Gimlet Labs will use Cerebras hardware to power its AI infrastructure offerings. The deal underscores growing demand for specialized AI computing among startups, as companies seek alternatives to GPU-based providers. Financial terms and delivery timelines have not been disclosed, and Cerebras has not publicly detailed the scope of the partnership.

AMD has acquired World Labs, an AI startup, according to a report by Ars Technica. The move is framed as an escalation of AMD's competition with Nvidia in the AI chip and computing market. Further details about the deal's value, terms, or World Labs' role within AMD have not been reported, and reactions are still limited to initial coverage of the announcement.

Anthropic has disclosed agreements worth up to $84.5 billion with SpaceX for access to compute capacity, according to a report by The Information. The scale of the commitment is drawing attention, as it suggests the AI lab is securing vast computing resources through Elon Musk's space company amid the industry-wide scramble for processing power.

Charles Kantor, cofounder of French AI startup H Company, has launched a new venture building an AI neocloud, providing cloud infrastructure tailored to artificial intelligence workloads. The move adds to a wave of founders leaving prominent AI labs to bet on compute infrastructure, one of the fastest-growing corners of the startup landscape.

A technology feature examines how quantum computing is structured, from its underlying architecture to the ways developers can access quantum systems, with attention to open source tools lowering the barrier to entry. The piece reflects growing interest in making quantum development more widely available outside large corporate and academic labs.

The Evening Standard reports on a new frontier in computing: data centres that use lab-grown human brain cells to process information. The technology, often called biocomputing, uses cultivated neurons that can learn and adapt, raising the prospect of far more energy-efficient computing than silicon-based systems, alongside ethical questions about the use of living human tissue in machines.

In Melbourne, Australia, a biological computer built from living human brain cells is being maintained like a living organism — it must be fed, kept warm and cleaned every few days or it dies. The system, called the CL1, is made by an Australian company and is drawing attention as a striking example of biocomputing, where lab-grown neurons perform computational tasks.

Allen E. Paulson College of Engineering and Computing plans to have its students work hands-on with a humanoid robot, giving engineering and computing students direct experience with advanced robotics technology. The initiative reflects a broader push by universities to integrate humanoid robotics into coursework and research as the technology moves from labs into industry.

Oak Ridge National Laboratory has opened a new 100,000-square-foot research facility aimed at advancing quantum computing and battery technology. The building expands the Tennessee lab's capacity for work on next-generation energy storage and quantum systems, areas seen as critical to US scientific and industrial competitiveness.