QAISS is an independent project building a neutral coordination layer for quantum, AI and high-performance computing. Its first deliverable is not a quantum computer — it is a way to describe, run and verify quantum workloads so results can be compared honestly across backends.
What exists today
- Quantum Lab (/lab): an exact fp64 state-vector simulator running in your browser, with a circuit builder, Bloch spheres, amplitude phases and a Workload Passport for every run.
- Passport verifier: re-runs any supported passport from scratch and checks every hash.
- Benchmark Lab (/benchmarks): the draft benchmark protocol, runnable on your own device.
- cuQuantum connector (connectors/cuquantum): Python package whose CPU reference reproduces the browser bit-for-bit; its NVIDIA cuStateVec and cuTensorNet backends are written but not yet run on a GPU. A CPU tensor-network backend contracts the same network cuTensorNet receives and matches the browser bit-for-bit.
- Token facts read live from Solana (/token).
What QAISS is not
- Not a quantum computer and not a quantum-hardware provider.
- Not partnered with or endorsed by NVIDIA, Origin Quantum, Solana or Raydium.
- Not an investment product; the token has no confirmed utility.
Five-minute path
- Open the Lab and run the Bell preset.
- Download the Workload Passport.
- Paste it into "Verify a passport" and see it reproduce.
- Click "Try a tampered copy" and watch the verifier reject it.
- Read the Workload schema to see why this works.