
Google is launching its AI chips into space — Project Suncatcher MVP sports four TPUs and will be delivered by a SpaceX rocket
THE SO WHAT
Running TPUs on-orbit is a step toward space-native AI compute—processing EO data, comms, and autonomy workloads without hauling everything back to Earth. If you build for geospatial, satcom, or defense, start assuming an architecture where inference happens in space and your ground stack is orchestration, not raw processing.
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Deep & Emerging TechSebastian Hassinger (The New Quantum Era): why neutral atoms lead the qubit race for now
If neutral atoms are leading the qubit race, the near-term advantage goes to teams architecting around high qubit counts and flexible connectivity rather than just gate fidelity. For operators, the move is to treat quantum like a heterogeneous compute bet—track modality roadmaps now so you’re not locked into the wrong integration path later.
Deep & Emerging TechBitget CEO Gracy Chen says she suspects North Korean attackers exploited a backend system used to process wallet transactions to drain $387M from the platform
A $387M drain via a wallet-processing backend is a reminder that the real crypto risk surface is orchestration logic, not just keys and cold storage. If you touch digital assets, threat-model every internal automation path as if a state actor is probing it daily.
Deep & Emerging TechGoogle’s India AI hub cleared for 2.51GW, not 1GW, the Guardian reports
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Exxon taking US-style fracking to Azerbaijan underlines how shale expertise is becoming an exportable capability, not just a domestic advantage. Energy-intensive compute and industrial players should be tracking where unconventional supply like this comes online — it shapes long-term power price assumptions.