Now
Compiler/runtime integration for benchmarked spacecraft workloads.
About EnergyIR
Computing infrastructure for autonomous discovery beyond Earth.
EnergyIR is building low-energy, verifiable onboard compute so spacecraft can process more, decide locally and operate longer within fixed mission resources.
Our mission
Enable humanity's next leap through intelligence that goes farther.
The company is focused on the compute layer between spacecraft data and mission action: compiler, runtime, hardware and verification working as one system.
The future of intelligence will not be built by consuming ever more energy. It will be built by learning to compute with nature rather than against it; placing more intelligence in every watt and carrying human capability farther into space.
David JohnsonFounder of EnergyIR
Read the work
The claims are written down, with the method attached.
EnergyIR publishes the reasoning behind the architecture rather than asking anyone to take the numbers on trust. The white paper sets out the thermodynamic argument and the measurement discipline; the research notes and blog track what has been proven since, what remains projected, and what changed when a result did not hold.
- White paperThe auditable thermodynamic computing argument, end to end.
- Research notesTheorems, benchmarks and the caveats attached to each claim.
- BlogWhat we are building now, and what the latest measurements changed.
Roadmap
A staged path from benchmarked workloads to mission integration.
Next
Mission partner pilots for onboard inference and optimization loops.
Later
Flight-qualified silicon stack with certifiable compute provenance.
Mission fit
Partner with EnergyIR.
EnergyIR is looking for mission teams with hard onboard compute constraints and a clear workload that can be benchmarked.
Trust signals
Built for mission environmentsDesigned for radiation-aware computeBenchmark-backed architectureExport-control aware collaboration