Most of today’s secure communication — HTTPS, VPNs, digital certificates, code signing, secure email — relies on public-key algorithms such as RSA and elliptic-curve cryptography. A sufficiently capable quantum computer is expected to be able to break them.
That machine does not need to exist today for you to be exposed. Adversaries can record encrypted traffic now and decrypt it later. If your data must stay confidential for ten years or more — financial records, health data, contracts, intellectual property, government or defence work — the clock has effectively already started.
The good news: standards exist, the path is well understood, and the first step — knowing what you actually have — is something you can do now.
Based on NIST’s post-quantum transition guidance (NIST IR 8547). Timelines for your sector or region may differ — we help you map them.
The assessment is practical and evidence-based. We look at your code, configuration and architecture — not just a questionnaire.
A catalogue of where and how cryptography is used: algorithms, key sizes, libraries, protocols, certificates and key stores, across applications and infrastructure.
We rank systems by how long their data must stay secret and how exposed it is in transit, so the most at-risk assets are first in line.
TLS endpoints, VPNs, internal PKI, code-signing and certificate lifecycles, including where hardware or appliances limit your options.
Cloud providers, SaaS tools, payment and identity services and embedded libraries — which ones have a post-quantum plan, and which put you at risk.
Is cryptography hard-coded or centrally configurable? We assess how easily your architecture can change algorithms without a rewrite.
A sequenced plan covering hybrid approaches, target algorithms, dependencies, testing, effort and ownership — ready for your leadership and auditors.
Our engineers run the assessment hands-on with your team. Automated tooling helps us find things quickly, but findings are reviewed by people — the same human-in-the-loop standard we apply to everything we build.
There is no single product that makes an organisation “quantum-safe.” Readiness means knowing your exposure, planning in the right order and building the ability to change. That is what we help you do.
Agree the systems in scope and the data that matters most, then collect code, configuration and architecture details.
Identify every use of public-key cryptography and key exchange, and flag what is vulnerable, what is fine and what is unknown.
Rank findings by data sensitivity, shelf-life, exposure and how hard each item is to change.
Deliver the report and migration plan, and walk your technical and leadership teams through it. Optionally, we continue into a pilot migration.
Payments, lending and records with long retention and strict regulation.
Patient data that must remain confidential for decades.
Providers whose customers will soon ask for a post-quantum plan.
Products with long field life and hard-to-update firmware.