Cryptographic inventory, exposure class, data lifetime, and CBOM-ready evidence.
Identify the cryptography, systems, vendors, certificates, and protocols that create quantum-relevant exposure inside approved scope.
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No customer data.
Scope is stated. Evidence is reviewable. Action is governed. No customer data.
Quantum cyber risk · QScout · QStrike · QSolve · LabPost-Quantum Ready, Continuously™
For CISOs, boards, and regulated operators: QScout finds cryptographic exposure, QStrike proves material risk, and QSolve governs migration — with Lab credentials for readiness review.
Why now: post-quantum standards are published, while HNDL exposure keeps accumulating. Leaders need a governed record before migration debt compounds.
Film preview
What Qtonic Quantum brings
Qtonic Quantum turns quantum risk into a record leaders can use: what is exposed, why it matters, which validation evidence changes priority, who owns the fix, and what readiness proof can be reviewed.
Who is Qtonic Quantum Corp?
A buyer-controlled quantum transition execution company for CISOs, boards, regulated enterprises, and public-sector operators.
Why do we exist?
Long-lived encrypted data can be captured now and decrypted later. Waiting does not pause the exposure.
What does Qtonic Quantum bring?
Owned assessment tooling, governed validation, migration sequencing, credentialed proof surfaces, Lab infrastructure, and leadership judgment.
What you’re watching ·a recorded drill, from approved assessment to an ordered fix plan.
in plain terms · Scan/probe pressure from external networks (often nation-state) against your crypto.
1Nation-State→ 2Scan spike from 2 ASNs → probing VPN cipher policy → widened the HNDL window→ 3Rotate TLS edge → PQC hybrid.
Scan spike from 2 ASNs → probing VPN cipher policy → widened the HNDL window
Operating proof · Home
Numbers from company-truth SSOT. Inspect the linked artifact before you trust the claim.
Qtonic Quantum operating model
A buyer-readable path from quantum exposure to governed evidence: find the cryptographic surface, prove materiality, fix the migration sequence, and credential outcomes without exposing customer data.
Cryptographic inventory, exposure class, data lifetime, and CBOM-ready evidence.
Identify the cryptography, systems, vendors, certificates, and protocols that create quantum-relevant exposure inside approved scope.
Materiality, attacker path, validation boundary, and falsifiable evidence.
Convert selected exposure into governed forward-threat demonstration and separate evidence from noise before migration work expands.
Owner assignment, exception handling, migration sequence, and control routing.
Turn the finding record into a buyer-controlled remediation sequence aligned to standards, procurement, architecture, and operating constraints.
Release proof, sample evidence, diligence boundaries, and readiness records.
Publish public proof where it is safe, keep buyer-specific evidence controlled, and preserve a record leaders can defend.
Market signal receipts
Qtonic Quantum uses these public signals as validation of the market requirement, not as endorsement claims.
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.
“collecting United States information now, and decrypting it later”
Harvest-now, decrypt-later is a current governance exposure, not a theoretical future issue.
“Manual processes are often inadequate for this migration scope.”
Automated discovery, continuously updated inventory, CBOM-grade visibility, compliance monitoring, and zero-trust integration are operating requirements.
“The threat to encryption is relevant today”
PQC migration timelines are moving forward because store-now, decrypt-later exposure is already relevant.
“Both should begin now.”
Encryption and authentication migrations cannot be treated as sequential work when trust chains and certificates have long dependencies.
Product architecture: QScout finds, QStrike proves, QSolve fixes, QLab credentials.
Inspect market signalsThe State of Exposure
Almost every organization is already running something exploitable. The challenge is proving which few weaknesses actually matter — before an adversary does, and before the quantum clock makes the cryptographic ones non-optional.
#1
Vulnerability exploitation is now the leading initial-access vector for breaches — the first time it has surpassed credential abuse in the report's 19-year history (~31% of breaches).
— Verizon DBIR 202687%
of organizations have at least one known-exploitable vulnerability in deployed services.
— Datadog State of DevSecOps 202618%
of vulnerabilities labeled “critical” remain critical once runtime context is applied. When everything is critical, nothing is.
— Datadog State of DevSecOps 202626%
of CISA Known-Exploited vulnerabilities were patched last year — down from 38%. Patching is losing ground to discovery.
— Verizon DBIR 2026QScout Surface has surfaced at least 100,000+ runtime-DB-derivable cryptographic findings across public scans — passively, no credentials.
Run QScout on your own surfacePassive external scan — no credentials, no intrusion. See your own cryptographic exposure in minutes.
Federal PQC execution signal
Agencies now need defensible migration plans, cryptographic inventory, CBOM-grade visibility, risk prioritization, TLS 1.3 readiness, and evidence that can survive procurement and audit review.
Latest federal signal
Washington Set a 2030 Quantum Deadline. The First Gate Is 2027.Route the signal into a scoped M-26-15 evidence package before procurement pressure compresses the plan window.
Plan window
120 days
Derived due date
Oct 22, 2026
EO transition targets
2030 / 2031