Evidence signature
Public signals bind to governed proof.
No customer data.
QScout proof sequence. Evidence Handshake. public-to-private proof path. No customer data.
In plain terms: QStrike shows how a near-future quantum-equipped attacker could break the cryptography you run today — then hands you signed, reviewable evidence of exactly where and how.
Visualized from the QStrike validation console: provider-aligned workflow cards, telemetry progress, and signed-artifact cues. No customer jobs, live targets, or customer data are shown here.
Provider reference set
superconducting
Calibrated profile · credentialed access path
status: active
trapped-ion
Calibrated profile · multi-cloud reachability
status: active
trapped-ion
Calibrated profile · highest published two-qubit fidelity
status: active
superconducting
Calibrated profile · independent error profile
status: active
annealing
Calibrated profile · classical-fallback for portions
status: active
neutral-atom
Calibrated profile · neutral-atom architecture
status: active
Engagement workload mix is recorded per customer scope. Published-benchmark calibration inputs such as Google Willow stay outside the execution set; customer workloads do not run on them.
Google and Cloudflare have public 2029 migration targets. Meta has demonstrated hybrid post-quantum TLS at internet scale. QStrike validates where your existing cryptography stands against the same horizon, and QSolve sequences the migration ahead of it.
The operating window is anchored to the 2029 readiness calendar, without countdown framing or fear-based urgency.
Loading CRQC risk window.
Google and Cloudflare set public 2029 migration targets; Meta demonstrates hybrid post-quantum TLS at internet scale. QSolve sequences migration ahead of that readiness window.
Cloudflare reports approximately 65% of human-initiated traffic using post-quantum encryption as of April 2026.
“QStrike does not break RSA-2048 or ECC-256 in production. The hardware to do that does not exist commercially in May 2026, and any vendor representation to the contrary is unsupported. What QStrike does, today, in customer engagements, is identify the indirect-brute-force attack paths that turn the customer's existing implementation defects into tractable problems for a near-future quantum-equipped adversary using cryptanalytic mathematics that exists in the published literature now.”
— Commercial White Paper §1 + §10 FAQ
QStrike operates passively at the data plane. No packet injection. No credential replay. No coercion of a session. No attempt to retrieve a key from a live system.
The Intelligence Model orchestrates a four-stage loop end-to-end inside every QStrike engagement: candidate generation, routing decisions, validation execution, and adversarial review. Stages 1–3 run deterministic inference; stage 4 prompts a separate Intelligence Model instance, configured as a hostile auditor, to attempt to break each surviving finding.
Each finding passes through human cryptographic engineer review before it reaches the customer-bound evidence package.
Governed workflow evidence, provider-aligned testing context, and release-bound proof across the current public provider set. Private walkthroughs and scoped customer engagements add target-specific validation and executive reporting.
Coordinate multi-target engagements across distributed infrastructure with real-time validation orchestration and live engineer handoff.
Coordinate provider-aligned workflow profiles across commercial quantum-cloud execution paths, then capture signed evidence for scoped engagements. Research-reference calibration inputs are maintained separately from the execution set.
Real-time operation monitoring with instant feedback loops for adaptive validation adjustments during active engagements.
Cookie-backed operator access, signed stream telemetry, and release-bound evidence keep the website posture auditable without overstating the control plane.
Provider-calibrated workflow analysis highlights cryptographic exposure, evidence confidence, and recovery priority across the public evidence posture.
Same-origin website delivery keeps the governed QStrike preview fast, consistent, and operationally aligned with the production validation lane.
QStrike is designed for environments that require controlled access, auditability, signed evidence, and governed documentation.
Signed diligence artifacts available on request | FedRAMP architecture aligned
QStrike, QScout, and QSolve are custom-scoped per customer environment rather than sold as a fixed-tier ladder. Engagement scope scales by environment complexity, validation depth, and operating commitment rather than by employee count or seat count.
Custom commercial terms, evidence-handling protocols, and engagement-specific SLAs. Best fit when the engagement requires unusual scope, federal-customer accommodations, or industry-specific compliance overlays.
Book a scoping conversationContact/ticket intake for governed enterprise provisioning. Best fit when the buyer needs approved scope, controlled evidence handling, and operator-reviewed delivery.
Request QStrike scopingQStrike output is structured to be portable by design. Customers can take findings to a different migration partner if they choose.
QStrike combines an Intelligence Model orchestration loop, six commercial quantum-cloud execution platforms, published-benchmark calibration inputs kept outside the execution set, an indirect-brute-force methodology engine, and a hostile-review-ready evidence system into one engagement model. The website presents governed evidence for that workflow on a provider-calibrated modeled runtime before a scoped customer engagement begins.
No. No commercial quantum system can do that in May 2026. The hardware to break those primitives at scale does not exist commercially. What QStrike does is identify and validate the indirect-brute-force attack paths that turn the customer existing cryptographic exposure into tractable problems for a 2030 to 2031 adversary.
A representative engagement runs approximately 120 days across four phases: scoping under NDA (Days 1–30), operational capture (Days 30–60), forward-threat validation (Days 60–100), and delivery & migration sequencing (Days 100–120). Smaller environments compress; larger environments extend. Time to first findings: typically 48-72 hours.
Compliance mapping covers PCI DSS 4.0.1, NIST SP 800-82 R3, IEC 62443-3-3, NIST IR 8547, NIST CSWP 39, CNSA 2.0, and the G7 financial-sector roadmap. Reports include executive summaries, technical findings, and a sequenced six-phase QSolve remediation roadmap aligned to a 2029 readiness target.
QScout finds your vulnerabilities. QStrike proves material risk through governed validation. QSolve fixes them. Dedicated PQR expert CISOs work at your direction with standards-mapped orchestration to achieve post-quantum readiness by 2029.
QStrike findings cite published literature and disclosed vulnerabilities. The references below anchor the indirect-brute-force methodology to peer-reviewed and CVE-disclosed primary sources that an adversarial reviewer can independently verify.
Full per-finding citations are bundled with the deliverable evidence package and reproducible from the released master-bundle.
Review the governed evidence console at qstrike.qtonicquantum.com/demo. The full 2030–2031 adversary engagement is custom-scoped at approximately 120 days. First findings typically arrive in 48-72 hours.
The public evidence console shows the 24-hour Phase 3 validation slice. The full engagement is custom-scoped per customer environment.
Cryptographic provenance
For full per-platform access posture, calibration sources, integrity controls, and the live-hardware integration roadmap — read the Hardware Platform Integrity Attestation v1.0.
Qtonic Quantum operates on provider-certified cloud infrastructure and documents inherited controls in the Trust Center.
Each component is operational today in customer engagements.
Reference: NDA-bound technical annex
Reference: WP §3.3 + NDA Appendix §F
Reference: WP §3.2 + NDA-bound appendix detail
Reference: WP §3.4 + §06
Six commercial cloud-accessible platforms across four physical modalities: superconducting, trapped-ion, neutral-atom, and annealing. Published-benchmark calibration inputs such as Google Willow are not part of the QStrike execution set.
Heron r3 + Nighthawk
Access: IBM Quantum Cloud
Superconducting gate-model lane for bounded adversary-circuit modeling and cross-vendor consistency.
Cepheus-1-108Q
Access: Rigetti QCS + AWS Braket
Independent superconducting lane for cross-vendor consistency on the same physical layer.
Helios
Access: Quantinuum direct API + partner clouds
High-fidelity trapped-ion lane for bounded validation and trapped-ion cross-checks.
Tempo
Access: IonQ direct + AWS Braket + Microsoft Azure Quantum
Independent trapped-ion vendor lane with multi-cloud access redundancy.
Aquila
Access: AWS Braket
Neutral-atom modality lane for selected combinatorial attack-chain modeling.
Advantage
Access: D-Wave Leap + AWS Marketplace
Annealing lane for combinatorial candidate prioritization and bounded search-space exploration.
Four phases from scoping under NDA to delivery and migration sequencing. Smaller environments compress; larger environments extend.
Cryptographic surface defined under NDA. No production system is touched during this phase.
24-hour passive QScout capture at authorized monitoring points. Chain of custody sealed.
Intelligence Model four-stage orchestration loop across six commercial quantum-cloud execution platforms. Cross-platform consistency framework runs alongside published-benchmark calibration inputs that remain outside the execution set.
The public demonstration shows a 24-hour slice of this phase.
Customer workshop, five deliverables, sequenced QSolve remediation roadmap aligned to a 2029 readiness target.
Output: Cryptographic Bill of Materials · Finding-by-finding evidence package · Compliance mapping · Sequenced 6-phase QSolve roadmap. All deliverables structured for hostile review by audit, regulatory, and insurance functions.
Every QStrike engagement produces five deliverables. All are structured for hostile review by counsel, regulators, or underwriters.
Provider-aligned workflow coverage across 6 quantum platforms with evidence capture and operator review. QStrike evaluates against the same 10 dimensions used by Qtonic Quantum Lab
More real than real · sample finding
Every finding ships with MITRE ATT&CK technique IDs, MITRE D3FEND defensive-technique IDs, real CVEs with NVD links, kill-chain stages, financial impact, dwell time, and detection source. Click any external ID below to verify against the public taxonomy.
inc-acme-001
Additional techniques chained in this finding:
Engagement bundle ships 100 findingsat this fidelity level — each with its own MITRE / D3FEND / CVE chain, financial impact, dwell time, and Bonferroni-corrected statistical validation. The full set is delivered as the engagement’s signed evidence pack.
Bundle hash, engine git rev, signing fingerprint, and build time — read through the public QStrike provenance endpoint. Buyers verify each claim against the public canary.