10,000 circuit runs and 500 solver runs per month for development use.
The Edge-Native Quantum OS for Utility-Scale Applications
Bypass the Hardware. Resolve the Impossible.
Catalyst-Q is the world's first stateless quantum execution proxy. We have replaced localized cryogenic hardware with a software-defined topological architecture. Stop waiting a decade for fault-tolerant hardware—execute massive 2,500-asset risk models and 256-qubit material simulations natively on the edge today.
pip install catalyst-q
# Controlled hosted index:
pip install --index-url https://catalyst-q-sdk.strategic-innovations.ai/simple catalyst-qRun catalyst-q-benchmark --execute-api to capture latency_ms, status_code, and response_sha256.
SAT, TSP, Knapsack, Portfolio, QUBO, Max-Cut, and DAG Optimization (Maximum Weight Closure) builders.
Infinite Scale. Zero Coherence Loss.
Physical quantum annealers and gate-model mainframes are fundamentally bottlenecked by hardware noise, high-latency cloud queues, and physical qubit topologies. Catalyst-Q shatters these limitations by utilizing the Rain Protocol to distribute and collapse dense quantum state vectors directly across the global internet.
- Utility-Scale Now: Native processing for thousands of logical qubits, completely avoiding NISQ-era physical errors.
- Zero Queues: Decentralized execution means you never pay per-shot to sit in a hardware leasing queue.
- Enterprise Ready: Deploy instantly via Python into existing logistics, energy, and financial HPC workflows.
- Usage is metered by circuit runs, solver runs, qubits, and compute units.
Public endpoints
- Manifest
- https://catalyst-q-sdk.strategic-innovations.ai/python/latest
- Docs
- https://catalyst-q-sdk.strategic-innovations.ai/docs
- Live API
- https://catalyst-q-sdk.strategic-innovations.ai/docs/live-api
- Evidence
- github.com/CrewRiz/catalyst-q-benchmarks
- Activation
POST /v1/installs/activate- Usage check
POST /v1/usage/check
Publication guardrail
Public docs describe product behavior, benchmark methodology, limits, and integration examples. They do not disclose internal state-space readers, private data structures, routing heuristics, mathematical proofs, or proprietary simulation techniques. Benchmark claims are empirical and not a formal complexity proof.