All public demo execution cases returned HTTP 200 in the published snapshot.
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-q
Live API Benchmarks
Use the SDK's live execution mode to produce reproducible API artifacts from your machine. Each benchmark row captures request route, billing estimate, HTTP status, latency_ms, response_bytes, and response_sha256. This makes latency and behavior auditable without publishing proprietary backend implementation details.
End-to-end timing from the hosted demo endpoint for the published example run.
Each case records response_sha256 for reproducible comparison without exposing private internals.
Run the API benchmark
pip install catalyst-q
catalyst-q-benchmark --execute-api --output-dir catalyst-q-live-api-benchmarks
catalyst-q-benchmark \
--execute-api \
--base-url https://api.strategic-innovations.ai/v3turbo \
--output-dir catalyst-q-demo-api-benchmarks
Use --api-key for paid or production entitlements, --base-url for staging,
and --timeout to make CI behavior explicit. The SDK docs domain also exposes a
public demo execution API for zero-credential smoke tests.
catalyst-q-benchmark \
--execute-api \
--base-url https://api.strategic-innovations.ai/v3turbo \
--timeout 30 \
--output-dir catalyst-q-live-api-benchmarks
published demo snapshot:
successful_api_cases: 11
median_latency_ms: 148.448
artifact: https://catalyst-q-sdk.strategic-innovations.ai/benchmarks/public/live-demo.json
Artifact fields
status_codefor pass/fail and entitlement behavior.latency_msfor end-to-end API timing.response_bytesfor payload-size tracking.response_sha256for reproducible response identity without exposing full data in summaries.
Example Python execution
from catalyst_q import CatalystQClient, QuantumCircuit, RainProtocolKey
from catalyst_rain import execute_prepared_request
client = CatalystQClient()
rain_key = RainProtocolKey.create(workflow_id="live-bell")
circuit = QuantumCircuit(2).h(0).cx(0, 1).measure(0, 0).measure(1, 1)
request = client.prepare_execute(circuit, rain_key=rain_key, shots=1024, calls_this_month=0)
result = execute_prepared_request(request, timeout=30)
print(result["ok"], result["status_code"], result["latency_ms"], result["response_sha256"])
Reproducibility policy
| Layer | What is measured | What is not claimed |
|---|---|---|
| Offline harness | SDK request generation, payload bytes, routes, billing estimates, suite coverage. | Hosted execution latency or correctness. |
| Live API harness | HTTP status, latency_ms, response_bytes, response_sha256, parsed JSON when available. | Formal asymptotic proof or private algorithm disclosure. |
| Published summary | Stable case list and downloadable JSON artifact. | User-specific production SLA or paid-tier performance. |