01
Scan the TLS surface
Record certificate chains, public-key algorithms, protocol support, and cipher posture from authorised public endpoints.
Post-quantum cryptography readiness
Find your TLS and quantum risk before it becomes migration debt
Scan authorised public endpoints, capture certificate and TLS evidence, identify quantum-vulnerable cryptography, and turn the results into a practical PQC readiness report.
Built for security teams, MSPs, and consultants. Only scan systems you own or are authorised to test.
Assessment preview
example.com
PQC risk score
58/100
TLS observed
1.2 & 1.3
- Certificate algorithm recorded
- TLS and cipher evidence captured
- Prioritised remediation plan
- Exportable PDF report
Illustrative data. Results depend on the endpoint and scanner depth.
FROM ENDPOINT TO ACTION PLAN
Evidence your team can act on
A repeatable workflow connects observable technical evidence with business context and remediation ownership.
02
Assess PQC exposure
Separate current configuration issues from future quantum risk and factor in the confidentiality horizon of important data.
03
Report and remediate
Create an executive-ready PDF, prioritise migration work, assign owners, and track changes across later scans.
WHY START NOW
PQC migration starts with knowing where classical cryptography lives
Public TLS endpoints are a useful, measurable place to begin. They reveal certificate algorithms and protocol configuration that may need replacement, vendor coordination, or hybrid testing. The scanner turns those observations into evidence while keeping its limitations clear.
What the report gives you
- Observed TLS and certificate evidence
- Explainable risk scoring and findings
- Prioritised migration recommendations
- Clear scope, assumptions, and limitations
- A PDF suitable for clients and leadership
PQC scanner questions
What does the PQC readiness scanner check?
It connects to an authorised public endpoint and records observable TLS and certificate evidence, including supported protocol versions, certificate chain details, public-key algorithm, key size, and cipher posture. It uses that evidence as input to a post-quantum readiness assessment.
Can a TLS scan prove that a system is quantum safe?
No. An external TLS scan is one part of a cryptographic inventory. Complete PQC readiness also requires internal discovery, data-retention analysis, vendor roadmaps, application dependencies, and tested migration plans.
What is harvest now, decrypt later risk?
An attacker can retain encrypted traffic today and attempt to decrypt it in the future if capable quantum computers and relevant cryptanalytic methods become available. Long-lived sensitive data deserves earlier migration planning.
Who is Quantum Risk Assessment for?
The workflow is designed for security teams, MSPs, consultants, and technology leaders who need repeatable evidence, prioritised findings, and client-ready or executive-ready reports.
Build your quantum-readiness baseline
Start with an authorised domain, capture the evidence, and create a report your team can use to plan the next step.
Run free scan