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Qtonic Quantum Corp · Quantum cyber risk and vulnerability intelligence

Post-Quantum Ready, Continuously™Find · Prove · Fix

Know what is exposed. Prove what matters. Sequence the fix.

QScout finds exposure. QStrike proves materiality. QSolve fixes migration sequence. Stay post-quantum ready continuously.

Long-lived encrypted data can be captured now and decrypted later. Harvest-now pressure is the operating assumption. Standards are published; waiting does not pause exposure. QScout finds cryptographic exposure under approved scope — continuous post-quantum readiness, not a slide deck. $2M QStrike challenge program (published sample scope) · NIST FIPS 203 / 204 / 205 framed as published standards (as of standards release; not a certification claim).

Signature instrumentExposure → owner → action

Synthetic decision object · not customer telemetry · not live scan data

  1. 1Asset
  2. 2Cryptographic dependency
  3. 3Quantum exposure
  4. 4Owner and next action

Qtonic Quantum Corp · CBOM Exposure Map

Exposure to action

Illustrative product view · synthetic data · not customer telemetry
  1. 01 sample stage sample stage Asset

    Long lived records service

    Retention outlasts the expected migration window.

  2. 02 sample stage sample stage Cryptographic dependency

    RSA-2048 · TLS (sample modeled)

    Recorded in an approved scope cryptographic bill of materials.

  3. 03 sample stage sample stage Quantum exposure

    Harvest now risk

    Sensitive ciphertext may retain value beyond current protection.

  4. 04 sample stage sample stage Owner and next action

    Platform Security

    Validate the path, then sequence hybrid key exchange.

A cryptographic bill of materials (CBOM) can connect an approved scope asset to its cryptographic dependency, exposure decision, accountable owner, and next governed action. Demo path: asset → crypto → exposure → owner → next action. Not customer telemetry.

Algorithm toggle · demonstration

Exposure decision: Harvest-now risk

Illustrative control — synthetic algorithm choice only.

Mission clock · harvest-now pressure

As of 2026-08-14 UTC

871 days to 2029-01-01 (modeled planning horizon; as of public source timeline)

Adversaries can capture long-lived ciphertext now and decrypt later. The sector shares this clock; continuous post-quantum readiness is the operating assumption — not a slide date.

Enterprise migration planning horizon. This is a planning target, not a regulatory deadline. Source: Industry consensus based on NIST IR 8547 deprecation timeline. Why 2029

871 days to the 2029-01-01 planning horizon

Public proof freshness (product thesis — red when stale/degraded, never painted green): stale · observed 2026-08-10 11:38 UTC (measured public sample source) · View release proof · Health · no customer telemetry

90-second trust path · sample navigation scope

Post-Quantum Ready, Continuously™

Find with QScout, prove with QStrike, fix with QSolve — then stay ready with Pulse and Lab evidence as standards and surfaces change. An operating system for quantum cyber risk, not a one-off deck.

90-second path (sample navigation scope): Home → Proof Center → Sample evidence → Vs market → Request assessment

Who this is not for

  • Not a classical pen-test swap or red-team brand extension.
  • Not a certification mill or self-serve vulnerability scanner.
  • Not a ranking marketplace for buying PQC products.
  • Not a promise of green public proof when services are degraded — we show the real state.
Deploy proof stripreadyz okctx production

Values from /readyz at render (home ISR ≤5m). Not a lab registry certification.

Build SHA
Built
2026-08-13 03:47:32 UTC · measured from /readyz source at render