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Our Data Centers Series

Our future of Machine Intelligence will not be built on algorithms and chips alone. It will depend on where we build, how we power, and whether we build the infrastructure responsibly.

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What Is a Department of Technology? The BasicsWhy America Needs a Department of Technology → The Future of School ContactHow a Department of Technology could make school.contact a reality →

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Department of TechnologyThe case for a Department of Technology at the federal, state, county, and local levels. AI Legislation & PolicyTracking the laws, bills, and policy debates shaping artificial intelligence. Commentary & AnalysisOpinion and in-depth analysis on technology and public policy. Election Integrity & GovernanceTechnology, trust, and transparency in how we run elections. Education TechnologyHow technology can make schools safer, smarter, and more accessible. Cybersecurity & PrivacyProtecting data, systems, and civil liberties in a connected world. Quantum ComputingWhat quantum breakthroughs mean for security, science, and government. Continuity of GovernmentKeeping essential public services running through disruption and crisis. Robotics & Physical AIMachines that move, sense, and act in the real world. Data CentersWhere we build, how we power, and how we build AI infrastructure responsibly. NewsLatest news and updates from the Department of Technology.

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Featured project · MIOS

The OS for Machine Intelligence.

Built from the ground up. Open by design. Independently stress-tested.

Every advanced Machine Intelligence system running today is bottlenecked by an operating system designed for a word processor. MIOS is our proposal to fix that: a clean-slate, open-standard operating system built natively for machine intelligence.

Read the White Paper →
Read the Independent Assessment
Open standard proposalRevised July 2026Independent assessment published in full

Four principles that change everything

01 · KERNELNeural-first kernel schedulingTensor operations run as first-class kernel processes.
02 · HARDWAREDirect-to-silicon abstractionNPUs, TPUs, and GPUs treated as primary compute, not peripherals.
03 · MEMORYStateful unified memoryModel weights and context kept as persistent memory pools.
04 · ALLOCATIONIntent-driven resource allocationHardware routes dynamically to the task that matters most.
New to MIOS? Start with the FAQ →