Vulnerability degree, specific exposure, timing, and attack-path priority.
Find quantum-vulnerable cryptography, quantify exposure, and demonstrate which attack paths matter first.
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Evidence signature
Public signals bind to governed proof.
No customer data.
Predict exposure. Prepare CryptoAgility. Prove readiness. No customer data.
OMB M-26-15 is here - 108 days remaining
Federal agencies have until Oct 22, 2026 to submit PQC Migration Plans. Qtonic Quantum Corp helps produce cryptographic inventory, CBOM-grade visibility, and prioritization evidence.
QScout Enterprise Product
Turn cryptographic exposure into a board-ready migration plan with signed evidence, CBOM output, and Pulse reassessment.
Many tools tell you what cryptography they found. QScout shows what it found, why it matters, how exposed you are to harvest-now-decrypt-later risk, how much cryptographic debt you carry, and what evidence proves it.
In one motion, QScout gives security, compliance, and executive teams a CycloneDX 1.7 CBOM, quantum-risk scoring, HNDL prioritization, Pulse reassessment, and a signed evidence room mapped to 15 enterprise compliance frameworks.
Need the board orientation first? Watch the quantum cyber risk briefing film.
What is exposed?
Public, application, dependency, and platform cryptography across the approved lane.
What matters first?
Evidence thresholds, HNDL signal, and operator review separate noise from decision-grade risk.
What changes next?
Outputs map remediation to owners, controls, artifacts, and CryptoAgility follow-on assessment.
Proof over inventory
Inventory is where discovery starts. Proof is where QScout changes the conversation.
One scan. One CBOM. One evidence room. 15 framework views.
QScout Operating Layer
exposure state > evidence > signed proof
Quantum Exposure Index · QScout measured
Elevated · above threshold
| Endpoint | Cryptography | Harvestable | Confidence | State |
|---|---|---|---|---|
| api.example.test:443 | RSA-2048 · TLS 1.2 | Today | 0.98 | Exposed |
| login.example.test:443 | ECDSA-P256 · TLS 1.2 | Today | 0.96 | Exposed |
| vpn.example.test:500 | RSA-2048 · IKEv2 | Stored | 0.91 | At risk |
| mail.example.test:993 | RSA-3072 · IMAPS | Stored | 0.88 | At risk |
| edge.example.test:443 | X25519+ML-KEM · TLS 1.3 | Hybrid | 0.99 | Scored |
No customer telemetry is used. Synthetic placeholders only.
Predict > Prepare > Prove
QScout in the operating model
A buyer-readable path from quantum exposure to governed controls: discover what matters, prepare the migration, prove the evidence, and route prevention through validated options.
Vulnerability degree, specific exposure, timing, and attack-path priority.
Find quantum-vulnerable cryptography, quantify exposure, and demonstrate which attack paths matter first.
CryptoAgility owners, solution-class routing, exceptions, and migration sequence.
Assign owners, route solution classes, govern exceptions, and sequence CryptoAgility migration.
Public methods, solution evidence, release proof, and diligence boundaries.
Publish methods, solution evidence, release proof, and diligence boundaries buyers can review.
Third-party PQC options reviewed in QLab and routed through QSolve when they fit the gap.
Route reviewed PQC options through QSolve when QLab evidence shows they fit the documented gap.
Evidence-led platform claims
The platform message is intentionally bounded: public-surface discovery is not the same as an authenticated internal assessment, verified evidence is separated from advisory intelligence, and every output is designed to be reconstructable for buyer, auditor, operator, and board review.
Enterprise proof boundary
Proof platform
Inventory is where discovery starts. Proof is where QScout changes the conversation: findings, risk context, runtime state, and evidence artifacts in one buyer-reviewable chain.
Migration-state discovery
Built for organizations moving from today’s cryptography to hybrid and post-quantum readiness.
CBOM-ready inventory
Binds CBOM output into signed operational proof so teams can see what ran, when, against which release, and whether it passed.
HNDL prioritization
Prioritizes quantum risk by asset exposure, data sensitivity, crypto posture, and migration urgency.
Cryptographic debt
Helps teams decide what to fix first, what to monitor, and what requires deeper access.
Governance and migration use
What QScout Delivers
QScout translates authorized findings into risk language, proof boundaries, and next actions that procurement, security, audit, and engineering can use.
Executive quantum-risk brief
Cryptographic-debt and HNDL signal
Evidence ledger with scope boundaries
Control and compliance mapping
CryptoAgility readiness path by ownership lane
CBOM and governed artifacts where approved
QScout Model
QScout starts from approved scope. Surface, Silver, Gold, and Pulse are the buyer-facing options: QScout Surface, Silver, Gold, and Pulse.
QScout Surface
Approved public domains and external cryptographic surface.
Exposure map, executive brief, and non-destructive proof line.
QScout Silver
Approved credentials, application evidence, source, build, and dependency context.
Assessed exposure, control mapping, and CryptoAgility sequence.
QScout Gold
Privileged infrastructure, runtime, telemetry, CBOM, and governed evidence.
Audit-grade evidence packets for enterprise review where privileged scope, runtime, telemetry, CBOM, and governed evidence are approved.
QScout Pulse
Recurring reassessment after the approved assessment state is established.
Drift tracking, posture-change detection, proof freshness, and ongoing cryptographic-risk intelligence.
Operator Intake
The public page captures authorization context and routes the request to Qtonic Quantum Corp. An analyst confirms the requester and scope before the assessment is fulfilled.
Assessment work starts only after operator scope approval.
Intake requests do not collect credentials, secrets, internal data, or raw artifacts.
QScout uses a 74-module governed catalog across QScout Surface, Silver, Gold, and Pulse. No self-serve public scan runs from the website; assessment work starts only after explicit authorization and operator scope approval.
Market validation for QScout
Policy, standards, and hyperscaler signals all point to the same front door: find cryptography, identify vulnerable systems, and keep the inventory alive enough to govern.
Third-party quotations and source references are provided solely as public market, policy, and technical context for post-quantum readiness. They do not imply endorsement, sponsorship, certification, partnership, resale authorization, or validation of Qtonic Quantum, QScout, QStrike, QSolve, or Qtonic Quantum Lab by the quoted individual, publisher, agency, company, or organization. Third-party names and marks belong to their owners.
Regulatory references are informational and may apply differently by jurisdiction, agency, system classification, contract, and final rulemaking. This is not legal or compliance advice.
“collecting United States information now, and decrypting it later”
QScout predicts harvestable exposure; QStrike demonstrates which paths matter under governed scope.
“Manual processes are often inadequate for this migration scope.”
QScout becomes the front door; QSolve turns inventory and risk evidence into accountable CryptoAgility execution.
“controlled, non-production environment”
QStrike and QLab support non-destructive validation and reviewable readiness evidence before migration pressure hits production.
“find and prioritize vulnerable systems”
QScout is positioned as quantum cyber risk and vulnerability intelligence, not generic vulnerability scanning.
M-26-15 inventory evidence
QScout helps identify quantum-vulnerable cryptographic signals, TLS posture, certificate evidence, protocol exposure, and owner-ready risk evidence for PQC migration planning.
Evidence
Cryptographic exposure inventory
Evidence
TLS and certificate posture
Evidence
CBOM-grade evidence where scope permits