Most regulated enterprises know quantum-safe migration is coming. Few know where their highest-risk systems are, or how to begin without betting their programme on point tools that cannot talk to each other. AvinyaSQ is the platform built to solve it.
FIPS 203, 204 & 205 released. Post-quantum migration begins.
NIST IR 8547 deprecates RSA. US EO 14409 key establishment deadline.
Mandatory transition deadline for US national-security systems.
Classical public-key cryptography completely disallowed across critical infrastructure.
FIPS 203, 204 & 205 released. Post-quantum migration begins.
NIST IR 8547 deprecates RSA. US EO 14409 key establishment deadline.
Mandatory transition deadline for US national-security systems.
Classical public-key cryptography completely disallowed across critical infrastructure.
NIST published the first post-quantum cryptography standards in August 2024 — FIPS 203, 204 and 205. CNSA 2.0 mandates US national-security systems transition by 2033. NIST IR 8547 deprecates RSA by 2030 and disallows it by 2035. Equivalent timelines apply across Germany (BSI), France (ANSSI), the UK (NCSC), the European Union (ENISA), and the Indian National Quantum Mission. The transition is no longer optional; it is scheduled. On 22 June 2026, the US signed Executive Order 14409 — placing hard, dated deadlines on post-quantum cryptography migration for federal agencies and covered contractors, with key establishment required by 2030.
Sources: NIST FIPS 203/204/205, August 2024 · Executive Order 14409, White House, 22 June 2026
The harder reality is that the threat is not just about decryption. Three concrete attack models drive action now:
01 · HARVEST NOW, DECRYPT LATER
Adversaries are archiving encrypted data today. When quantum computers arrive, everything captured before migration is retroactively exposed.
Long-lived data — customer records, contracts, IP, regulatory archives.
02 · TRUST NOW, FORGE LATER
Digital signatures issued today remain in circulation for years. Once broken, every certificate, contract, and firmware update signed with classical keys becomes forgeable.
Code-signing, CAs, signed firmware, long-lived signed contracts.
03 · DEPLOY NOW, EXPLOIT LATER
Systems deployed today with classical cryptography carry a built-in exploit window. Medical devices, OT infrastructure, and satellites cannot be patched in the field.
Long-life embedded — medical, OT, satellites, vehicles, infrastructure.
The technology exists. What has been missing is a single platform where discovery, governance, and execution work together.
Quantum-safe migration is a transformation programme built for a 3–5 year horizon. It requires a platform that holds the full journey together — from first inventory to final execution.
Discovery scanner vendor
Strategy consultant
Remediation vendor
Manual / Internal
Produce inventory but not strategy.
Knowing every certificate in the estate does not tell you which one to migrate first, why, or with what algorithm.
Produce assessment but need discovery data first.
They cannot start until inventory exists, and they have no built-in way to drive execution.
Execute changes but cannot see what to change.
They are valuable downstream tools, but they assume the planning problem is already solved.
Execute migrations but cannot trace back to the discovery that justified each change.
Every execution wave inherits a different dataset. The evidence chain breaks exactly where it matters most.
Discovery, risk, strategy, and execution on the Canonical Data Model, purpose-built for the post-quantum cryptographic transition.
Discovery
UCDI Scanner Integration
Risk Assessment
QRAM 7-Dimension Scoring
Strategy & Agility
QS-ETSF Roadmap
Remediation
RI & RE Execution
Understand where you stand. Build the board-ready plan before discovery starts.
QRI · QS-ETSF
Explore Diagnose & StrategiseMap your full cryptographic estate. Score every asset across seven risk dimensions.
UCDI · QRAM
Explore Discover & AssessPrioritised recommendations for every cryptographic asset. Clear next steps for your migration programme.
Remediation Intelligence · Remediation Execution
Explore Plan & ExecuteQuantum-safe coverage on highest-risk traffic, while the migration programme runs.
QSPaaS · QSTaaS
Explore Protect NowEvery product in the QSMP shares one Canonical Data Model — so what one product discovers, the next product acts on. The migration journey stays connected across every phase.
QRI
Layer 1
Scores your organisation's quantum-safe posture across people, process, and technology. The baseline every migration programme starts from — a single number with the evidence behind it.
QS-ETSF
Layer 1
Produces a board-ready, governance-level quantum-safe roadmap in days. Defined before technical discovery begins — so the programme has direction before it has data.
UCDI
Layer 2
Multi-model cryptographic discovery across all systems — unified into one inventory that feeds every downstream product.
QRAM
Layer 2
Scores every cryptographic asset across seven risk dimensions. Produces a prioritised gap register with per-asset remediation urgency — audit-ready at every scoring decision.
RI
Layer 3
Generates CAB-approvable, per-asset remediation recommendations by reasoning directly over the UCDI inventory and QRAM risk scores. The fix traces back to the exact asset the scanner found.
RE
Layer 3
Carries out the cryptographic change in production. Executes against the RI recommendation — same evidence chain, same asset record, no re-entry.
QSPaaS
Parallel
Quantum-safe protection for web services and APIs — deployed in parallel with the migration programme while the transition runs.
QSTaaS
Parallel
Quantum-safe protection for database and network traffic — interim coverage for highest-risk data in transit while the full migration executes.
ACTIVITY
Establish stakeholder alignment, run a quantum readiness assessment, produce a high-level migration roadmap, define governance.
QRI · QS-ETSF · Workshops & Trainings
ACTIVITY
Conduct cryptographic discovery and inventory across the estate. Produce a Cryptographic Bill of Materials (CBOM). Score quantum risk per asset and per system. Assess crypto-agility requirements. Prioritise systems for migration.
UCDI · QRAM · QS-ETSF
ACTIVITY
Generate prioritised remediation plans, schedule waves, execute the migration with the appropriate execution mode per system. Deploy interim quantum-safe protection where systems cannot be migrated quickly.
Remediation Intelligence · Remediation Execution · QSPaaS · QSTaaS
ACTIVITY
Continuously monitor for cryptographic drift, re-assess risk as the estate evolves, maintain crypto-agility, retain interim protection for the residual legacy tail.
UCDI · QRAM · QSPaaS · QSTaaS
A single continuous programme — not a sequence of engagements with data loss at every transition.
Start State · Today
Architecture designed without post-quantum threats as a variable. No Cryptographic Bill of Materials (CBOM) exists. Cryptographic inventory is fragmented across systems with no single structured record. The board has asked the question — but received no structured answer.
End State · Quantum-Safe
Highest-risk systems migrated. Governance framework live. Crypto-agility built into infrastructure — ready for the next standards transition without restart.
What you get at the end of this journey
Every cryptographic asset across the estate — algorithms, keys, certificates, libraries, protocols — with attribution, classification, and an exportable Cryptographic Bill of Materials (CBOM). This is the foundation everything else builds on.
A migration plan with quantified risk per asset, a clear wave structure, a financial model that survives CFO scrutiny, and a justification trail that survives audit and regulator review.
A path from plan to production change across every asset class — cloud-native to OT — with the right level of automation per system, and the option to have AvinyaSQ run the migration as a managed service.