OpenAI, Google, Nvidia and others agreed to ‘any lawful use’ of their tech. Anthropic, feuding with Pentagon over potential AI misuse, was not included

• Sign up for the Breaking News US email to get newsletter alerts in your inbox

The Pentagon said on Friday it had reached agreements with seven leading artificial intelligence (AI) companies: SpaceX, OpenAI, Google, Nvidia, Reflection, Microsoft and Amazon Web Services.

“These agreements accelerate the transformation toward establishing the United States military as an AI-first fighting force and will strengthen our warfighters’ ability to maintain decision superiority across all domains of warfare,” the Pentagon said in statement.

They fly above us unseen -- some are taking photos of outer space -- but the intense network of satellites that orbit Earth in perfect coordination could collapse in just a couple of days, according to a new study.

[Read More]

The rival superpowers are ramping up preparations for a crewed lunar landing nearly six decades after the first moon walk

The world watched earlier this month as Nasa sent four astronauts around the moon – but to actually land on the surface the US is once again in a space race, this time with China. And China may well win.

Both countries plan to build inhabited lunar bases – the first settlement on another celestial body – as well as searching for rare resources and using the deep space environment to test technology for future crewed missions to Mars.

Cursor is aSilicon Valley startup using AI to automate coding as Elon Musk’s firm seeks foothold in the AI market

SpaceX said it has secured an option to either acquire code-generation startup Cursor for $60bn later this year, or pay $10bn for their new partnership, as it pushes deeper into the lucrative market for AI developer tools.

Along with OpenAI and Anthropic, Cursor is one of several Silicon Valley startups that has drawn waves of developers by using artificial intelligence to automate coding, a business where AI companies have found early commercial traction.