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New artificial intelligence system processes high-resolution satellite and aerial photos with stronger spatial detail and language understanding for real-world monitoring tasks.

Tesla and SpaceX plan a major facility to produce advanced chips for AI, robotics, and space computing to meet growing internal demand.

The mission introduced new vehicle versions, advanced engines, and satellite imaging while testing separation, re-entry, and controlled ocean landing procedures.

Part 2: Should we send human astronauts to colonize space? Or should we build conscious HL-AGI robots first, and then send them?

Researchers suggest building data centers in orbit to use endless solar power and natural cooling, reducing costs and emissions for growing computing needs.

Starlink drives record growth while aggressive AI investments and orbital data center plans signal multi-trillion-dollar ambitions beyond Earth.

Aetherflux plans to build LEO satellites equipped with solar panels to capture sunlight and send energy back to Earth via infrared lasers.

Permanently dark and extremely cold craters at the lunar south pole could host a precision device for navigation and scientific measurements on the moon.

NASA plans to give more tasks to Blue Origin and SpaceX, under their current contracts, to take equipment and infrastructure to the Moon.

New ferroelectric NAND flash technology withstands extreme radiation to support artificial intelligence data processing on spacecraft far from Earth.