QAISS is building a neutral quantum-AI coordination layer. Follow the public roadmap and verify every claim.
QAISS · Solana
Price —
qAiSsY4QBC75SGeFnrfujt4LTgZyCqinEyD11x5SR6f
High risk · one small pool · not investment advice
Independent project · Research-led roadmap · No guaranteed returns
Reproduction bounties
Each bounty asks someone with the right hardware to re-run a passport. Submissions are checked automatically: simulators bit-for-bit, quantum hardware statistically. Every status on this page is computed by re-running the submission, not taken on trust.
Open bounties
These are the project’s real gaps. QAISS has no NVIDIA GPU and no QPU access, so its GPU and QPU backends cannot be marked verified until someone runs them.
Run the GHZ passport on an NVIDIA GPU with the connector's cuStateVec backend. A matching hash moves gpu.custatevec.fp64 from untested to verified.
python -m qaiss_cuquantum run ghz.json --backend gpu -o submission.jsonRun the rotations passport with the connector's cuTensorNet backend on an NVIDIA GPU. A matching hash verifies gpu.cutensornet.fp64.
python -m qaiss_cuquantum run rotations.json --backend gpu-tn -o submission.jsonSubmit the Bell circuit to a real Origin Quantum processor through the connector's cloud adapter. This is the first QPU result in the registry, compared statistically with the ideal distribution.
QPANDA_QCLOUD_API_KEY=… python -m qaiss_cuquantum run bell.json --backend origin-cloud --origin-backend <QPU> -o submission.jsonSubmit
The public repository opens when the project publishes its GitHub. Until then, keep your verified file; it remains valid. Hardware runs also need the provider’s job id for review.