QUANTUM SECURITY ASSURANCE
QUANTUM SECURITY ASSURANCE
[01]
Quantum readiness, made clear
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Identify quantum risk before it becomes an exploit.
Identify quantum risk before it becomes an exploit.
Identify quantum risk before it becomes an exploit.
QuantSec scans your code and dependencies, ties findings to tagged releases, and produces signed reports your team can use with confidence.
Repository • Scan • Tagged release • Signed report • Registry
QUANTUM-READINESS ASSURANCE
[02] WHO WE ARE
Make quantum risk visible, verifiable, and actionable.
Make quantum risk visible, verifiable, and actionable.
QuantSec helps teams assess quantum-related cryptographic risk across software, services, and digital assets. Start with a defined scope, then monitor the releases that matter.
Readiness
END-2026
EU member states should have national roadmaps and first steps in place.
JAN 2027
New US national security system equipment should meet CNSA 2.0.
2028
UK NCSC expects discovery done and an initial migration plan.
2029
Google’s own migration deadline, brought forward.
2030
NIST begins deprecating quantum-vulnerable RSA and ECC.
2035
NIST disallows quantum-vulnerable public-key algorithms.
KEEP SCROLLING
Understand what’s at risk
↓
Delaying quantum readiness increases exposure.
What is exposed, what is in scope, and what needs to change?
Security teams need a clear inventory of quantum-relevant cryptography.
Dependencies can introduce exposure outside the code your team owns.
Migration planning takes time, testing, and accountability.
Point-in-time reports become stale as code and dependencies change.
Data is being harvested now to be decrypted later.
Sufficiently powerful quantum computers will break much of today’s public-key encryption.
Leaders need evidence they can review and share.
A generic security report cannot prove what was reviewed.
Public claims need evidence that holds up to scrutiny.
Delaying quantum readiness increases exposure.
What is exposed, what is in scope, and what needs to change?
Security teams need a clear inventory of quantum-relevant cryptography.
Dependencies can introduce exposure outside the code your team owns.
Migration planning takes time, testing, and accountability.
Point-in-time reports become stale as code and dependencies change.
Data is being harvested now to be decrypted later.
Sufficiently powerful quantum computers will break much of today’s public-key encryption.
Leaders need evidence they can review and share.
A generic security report cannot prove what was reviewed.
Public claims need evidence that holds up to scrutiny.
Delaying quantum readiness increases exposure.
What is exposed, what is in scope, and what needs to change?
Security teams need a clear inventory of quantum-relevant cryptography.
Dependencies can introduce exposure outside the code your team owns.
Migration planning takes time, testing, and accountability.
Point-in-time reports become stale as code and dependencies change.
Data is being harvested now to be decrypted later.
Sufficiently powerful quantum computers will break much of today’s public-key encryption.
Leaders need evidence they can review and share.
A generic security report cannot prove what was reviewed.
Public claims need evidence that holds up to scrutiny.
[03]
Platform
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One platform for quantum readiness.
One platform for quantum readiness.
One platform for quantum readiness.
[SCOPE]
[CAPABILITY]
[OUTCOME]
01
Continuous scanning
Monitor repositories and dependencies for quantum-relevant cryptography. See changes as they enter the release path.
Code and dependencies
Continuous monitoring
Release context
Actionable findings
01
Continuous scanning
Monitor repositories and dependencies for quantum-relevant cryptography. See changes as they enter the release path.
Code and dependencies
Continuous monitoring
Release context
Actionable findings
See what changed. Know what it affects.
02
Signed assessment reports
Turn a defined scope into a report with clear findings, evidence, and remediation priorities.
Signed report
Defined scope
Tagged release
Independent verification
02
Signed assessment reports
Turn a defined scope into a report with clear findings, evidence, and remediation priorities.
Signed report
Defined scope
Tagged release
Independent verification
A report built for technical and leadership review.
03
Release monitoring
Track findings across tags and branches. Keep a current record of risk, remediation, and report freshness.
Risk over time
Dependency exposure
Report freshness
Release history
03
Release monitoring
Track findings across tags and branches. Keep a current record of risk, remediation, and report freshness.
Risk over time
Dependency exposure
Report freshness
Release history
Keep your readiness record current.
04
Migration support
When findings need action, QuantSec helps define remediation work and verify the outcome against the agreed scope.
Remediation planning
Implementation support
Verified outcome
Release readiness
04
Migration support
When findings need action, QuantSec helps define remediation work and verify the outcome against the agreed scope.
Remediation planning
Implementation support
Verified outcome
Release readiness
Move from findings to a verified release.
05
Research and verification
Use independent security research to support high-assurance reviews of code, protocols, and on-chain systems.
Research notes
Security review
Technical evidence
Independent review
05
Research and verification
Use independent security research to support high-assurance reviews of code, protocols, and on-chain systems.
Research notes
Security review
Technical evidence
Independent review
Evidence for the systems that matter most.
Make quantum risk visible.
Choose to publish your score and become listed on our site. Vulnerability details stay private.
[04]
How it works
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Turn quantum risk into verifiable readiness.
Turn quantum risk into verifiable readiness.
Turn quantum risk into verifiable readiness.
Follow four steps in order, from scanning to signed evidence. If findings need remediation, choose our optional premium quantum migration service before certification.
01
Scan
Scan code and dependencies for quantum-vulnerable cryptography within the agreed scope.
→
02
Classify
Rank findings by severity and exposure, then identify the changes needed for migration.
→
03
Certify & sign
Review the evidence for a specific tagged release, then certify and cryptographically sign the scoped report.
→
04
Publish to profile
Publish signed evidence, scope and report freshness to your profile. Keep vulnerability details private.
Quantum Migration as a Service (QMaaS)
After classification, we can migrate for you. A senior consultant scopes the work, engineers re-key the code, and the updated release returns to certification and signing.
Scope the engagement
Agree the findings, deliverables and fixed price. Premium migration is a separate, optional engagement.
Migrate & test
A named senior team remediates the agreed cryptographic findings and tests the changes.
Certify the release
Return the updated tagged release to certify & sign, then publish evidence to your profile. Branch monitoring continues.
[05]
Integrations
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Built for your development stack.
Built for your development stack.
Built for your development stack.
Move
[07]
Answers
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Frequently asked questions
01
What is the QuantSec platform?
QuantSec helps teams identify and manage quantum-related cryptographic risk across software, services and digital assets. It combines scoped assessments, severity-ranked findings, signed release evidence and ongoing monitoring, with optional premium migration support.
02
How does QuantSec work?
Connect your repositories and agree the scope. QuantSec scans code and dependencies, classifies findings by severity and exposure, then supports certification and signing for a specific tagged release. Signed evidence is published to your profile while vulnerability details remain private. If remediation is needed, our optional migration service can help before certification.
03
How can QuantSec support our compliance reviews?
QuantSec provides an independent, third-party security review of your in-scope cryptography, with findings, remediation priorities and signed evidence. You can present these materials to compliance boards, auditors and other reviewers to help demonstrate how your organisation is meeting relevant security criteria. Our service does not guarantee compliance or regulatory approval: requirements and acceptance of evidence depend on the applicable framework and reviewer. A QuantSec report is not a substitute for legal advice.
04
How involved do we need to be during implementation?
Your team helps define scope, authorise repository access and review findings. For premium migration, you also agree deliverables, provide system context and approve testing and release changes. Our team handles the agreed remediation work. The time required depends on the findings and complexity, and is confirmed during scoping.
05
Do you work with companies outside the US?
Yes. We work with organisations internationally. During scoping, we agree practical arrangements for time zones, access and any data-handling requirements, and identify the relevant regional compliance framework.
06
What are the main quantum security concerns?
A sufficiently capable quantum computer could break widely used public-key cryptography, including RSA and elliptic-curve systems. This creates risks for encrypted data, digital signatures, identity and digital assets. Attackers may also collect encrypted data today to decrypt later. Priorities include finding vulnerable cryptography, understanding data lifetimes and planning a tested transition to post-quantum alternatives.
07
Why should we prepare for quantum now rather than later?
Migration takes time: you need to discover cryptographic dependencies, prioritise systems and coordinate changes with suppliers. Sensitive data captured today may need to remain confidential for years, and standards and procurement requirements are already changing. Starting now lets you build an inventory and a phased plan without relying on a precise prediction of when a cryptographically relevant quantum computer will arrive.
Have a question?
Reach out anytime. We're happy to answer any questions before you commit to working together.
[07]
Answers
_
Frequently asked questions
01
What is the QuantSec platform?
QuantSec helps teams identify and manage quantum-related cryptographic risk across software, services and digital assets. It combines scoped assessments, severity-ranked findings, signed release evidence and ongoing monitoring, with optional premium migration support.
02
How does QuantSec work?
Connect your repositories and agree the scope. QuantSec scans code and dependencies, classifies findings by severity and exposure, then supports certification and signing for a specific tagged release. Signed evidence is published to your profile while vulnerability details remain private. If remediation is needed, our optional migration service can help before certification.
03
How can QuantSec support our compliance reviews?
QuantSec provides an independent, third-party security review of your in-scope cryptography, with findings, remediation priorities and signed evidence. You can present these materials to compliance boards, auditors and other reviewers to help demonstrate how your organisation is meeting relevant security criteria. Our service does not guarantee compliance or regulatory approval: requirements and acceptance of evidence depend on the applicable framework and reviewer. A QuantSec report is not a substitute for legal advice.
04
How involved do we need to be during implementation?
Your team helps define scope, authorise repository access and review findings. For premium migration, you also agree deliverables, provide system context and approve testing and release changes. Our team handles the agreed remediation work. The time required depends on the findings and complexity, and is confirmed during scoping.
05
Do you work with companies outside the US?
Yes. We work with organisations internationally. During scoping, we agree practical arrangements for time zones, access and any data-handling requirements, and identify the relevant regional compliance framework.
06
What are the main quantum security concerns?
A sufficiently capable quantum computer could break widely used public-key cryptography, including RSA and elliptic-curve systems. This creates risks for encrypted data, digital signatures, identity and digital assets. Attackers may also collect encrypted data today to decrypt later. Priorities include finding vulnerable cryptography, understanding data lifetimes and planning a tested transition to post-quantum alternatives.
07
Why should we prepare for quantum now rather than later?
Migration takes time: you need to discover cryptographic dependencies, prioritise systems and coordinate changes with suppliers. Sensitive data captured today may need to remain confidential for years, and standards and procurement requirements are already changing. Starting now lets you build an inventory and a phased plan without relying on a precise prediction of when a cryptographically relevant quantum computer will arrive.
Have a question?
Reach out anytime. We're happy to answer any questions before you commit to working together.
[07]
Answers
_
Frequently asked questions
01
What is the QuantSec platform?
QuantSec helps teams identify and manage quantum-related cryptographic risk across software, services and digital assets. It combines scoped assessments, severity-ranked findings, signed release evidence and ongoing monitoring, with optional premium migration support.
02
How does QuantSec work?
Connect your repositories and agree the scope. QuantSec scans code and dependencies, classifies findings by severity and exposure, then supports certification and signing for a specific tagged release. Signed evidence is published to your profile while vulnerability details remain private. If remediation is needed, our optional migration service can help before certification.
03
How can QuantSec support our compliance reviews?
QuantSec provides an independent, third-party security review of your in-scope cryptography, with findings, remediation priorities and signed evidence. You can present these materials to compliance boards, auditors and other reviewers to help demonstrate how your organisation is meeting relevant security criteria. Our service does not guarantee compliance or regulatory approval: requirements and acceptance of evidence depend on the applicable framework and reviewer. A QuantSec report is not a substitute for legal advice.
04
How involved do we need to be during implementation?
Your team helps define scope, authorise repository access and review findings. For premium migration, you also agree deliverables, provide system context and approve testing and release changes. Our team handles the agreed remediation work. The time required depends on the findings and complexity, and is confirmed during scoping.
05
Do you work with companies outside the US?
Yes. We work with organisations internationally. During scoping, we agree practical arrangements for time zones, access and any data-handling requirements, and identify the relevant regional compliance framework.
06
What are the main quantum security concerns?
A sufficiently capable quantum computer could break widely used public-key cryptography, including RSA and elliptic-curve systems. This creates risks for encrypted data, digital signatures, identity and digital assets. Attackers may also collect encrypted data today to decrypt later. Priorities include finding vulnerable cryptography, understanding data lifetimes and planning a tested transition to post-quantum alternatives.
07
Why should we prepare for quantum now rather than later?
Migration takes time: you need to discover cryptographic dependencies, prioritise systems and coordinate changes with suppliers. Sensitive data captured today may need to remain confidential for years, and standards and procurement requirements are already changing. Starting now lets you build an inventory and a phased plan without relying on a precise prediction of when a cryptographically relevant quantum computer will arrive.
Have a question?
Reach out anytime. We're happy to answer any questions before you commit to working together.
[08]
Research & guidance
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Research for quantum readiness.
[08]
Research & guidance
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Research for quantum readiness.
[08]
Research & guidance
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Research for quantum readiness.
[09]
Start here
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Ready to understand your quantum exposure?
Defined scope
Clear findings
Practical next steps
Book a 30-minute call to discuss the systems, releases, and stakeholders that belong in your first assessment.
[09]
Start here
_
Ready to understand your quantum exposure?
Defined scope
Clear findings
Practical next steps
Book a 30-minute call to discuss the systems, releases, and stakeholders that belong in your first assessment.
[09]
Start here
_
Ready to understand your quantum exposure?
Defined scope
Clear findings
Practical next steps
Book a 30-minute call to discuss the systems, releases, and stakeholders that belong in your first assessment.