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.

Run live API benchmarks Review proof Start building

pip install catalyst-q

# Controlled hosted index:
pip install --index-url https://catalyst-q-sdk.strategic-innovations.ai/simple catalyst-q

Proof Harness

Catalyst-Q proof artifacts are benchmark-limited evidence for fixed TSP and VQE cases. They compare Catalyst-Q candidate rows against public baselines, record quality and time-to-best winners, and publish reproducibility hashes. The point is to let skeptical developers rerun the same cases.

Download proof JSON Review benchmark harness

Benchmark-limited claim 2 fixed cases

TSP and VQE wins are scoped to the named proof cases and public baselines.

Quality wins 2 / 2

cases_with_quality_win: 2 across exact TSP certificate and VQE chemical accuracy.

Time-to-best wins 2 / 2

cases_with_time_win: 2 for fastest route to the best reported candidate result.

Run the proof harness

pip install catalyst-q
catalyst-q-prove --output-dir catalyst-q-proof-results

The generated artifact contains input_sha256, result_sha256, baseline rows, candidate rows, and scoped winner fields. This is intentionally narrower than a global performance claim.

What is proven

tsplib_att48_mini reaches an exact TSP certificate and matches or beats nearest-neighbor and 2-opt baselines.
vqe_h2_sto3g reaches chemical accuracy against an exact H2-style reference.
Every result includes deterministic reproducibility hashes.
Private solver internals are not disclosed.

Proof case matrix

ID	Domain	Candidate	Baseline	Quality	Result hash
`tsplib_att48_mini`	TSP	Catalyst-Q hosted solver	Nearest neighbor plus 2-opt	0.000000% optimality gap	`38381052e5de7ba1`
`vqe_h2_sto3g`	VQE	Catalyst-Q VQE evaluator	Hartree-Fock starting point	chemical accuracy within 0.0016 Hartree	`0f0fc1b47839e451`

External proof sources

Source	Use	URL
TSPLIB	TSP benchmark framing and instance conventions.	TSPLIB
PennyLane VQE	Reference VQE tutorial framing for H2-style energy comparison.	PennyLane VQE
MQT Bench	Quantum benchmark suite context for circuit-level evaluation.	MQT Bench
NIST BenchQC	Benchmarking toolkit framing for quantum computation artifacts.	NIST BenchQC