Benchmarks are scoped to the customer question and delivered through private channels.
Private simulation evidence
Simulation evidence for quantum teams.
Origin Quantum prepares provider-neutral benchmark passports for teams deciding whether a workload is simulator-ready, hardware-pilot-ready, or blocked by topology, sampling, baseline, or claim-boundary gaps.
Input
Route
Baseline
Boundary
Dense, sparse, tensor, stabilizer, sampling, and optimization routes are compared by fit.
Evidence distinguishes simulator-ready, hardware-pilot-ready, and blocked workloads.
Strong language requires strong evidence; internal methods remain private.
Capabilities
Simulator prequalification for scarce hardware decisions.
Origin Quantum helps clients test whether a scientific workload has enough structure, signal, and benchmark discipline to justify a hardware pilot. Public descriptions stay high-level; detailed artifacts are shared only inside a private engagement.
Application benchmark passports
Provider-neutral packages for optimization, chemistry, kernel, and phase-structured workloads, with baselines, assumptions, limits, and replayable evidence surfaces.
Hardware-readiness triage
Pre-pilot review of qubit count, circuit structure, sampling needs, noise sensitivity, topology constraints, and whether a simulator result is mature enough for scarce hardware time.
Evidence-aware technical review
Independent analysis that separates measured behavior, model assumptions, uncertainty, implementation risk, and claim boundaries before a team acts on a result.
Approach
Rigorous enough for scientists, private enough for real work.
Select the computational route from the workload: dense state, sparse state, tensor contraction, stabilizer structure, sampling, graph optimization, or classical reference.
Report uncertainty explicitly, including assumptions, comparison baselines, support mismatches, sampling limits, and next experiments.
Keep sensitive customer data, implementation detail, and research materials inside a scoped private channel.
Applications
Application areas where prequalification matters.
Applications are framed by customer objectives. The public site names service areas, not the internal systems, research records, or proprietary workflows used to deliver them.
Pre-hardware workload triage
Clarify whether quantum, quantum-inspired, or classical advanced computing is relevant before spending scarce hardware time.
Active-space and Hamiltonian scoping
Frame simulation questions, basis assumptions, observable targets, and baseline expectations before costly experimental paths.
Graph and allocation workload review
Assess constraint structure, objective quality, search difficulty, and whether a quantum-inspired or classical route is better suited.
Feature and similarity analysis
Evaluate encoding choices, similarity structure, separability signals, and the risk of benchmark leakage or baseline weakness.
Post-quantum and resilience planning
Assess cryptographic transition paths, technical exposure, migration priorities, and practical steps for more resilient systems.
Benchmark and claim assessment
Review technical claims, algorithmic assumptions, benchmark framing, uncertainty, and the level of evidence needed before publication or deployment.
Confidentiality
The public site is not the laboratory notebook.
Customer information is handled through private channels, not public pages.
Internal tools, technical playbooks, experimental records, and proprietary systems are not published.
Engagement scope, data boundaries, and permitted disclosures are established before sensitive material is exchanged.
Contact
Bring the question. Keep the sensitive details private.
For early inquiries, describe the scientific or technical need at a high level. Sensitive data, unpublished research, architecture, source material, and customer records should be shared only after an appropriate private channel is established.