Most organisations rely on RSA and elliptic-curve cryptography in places they have never mapped: TLS endpoints, VPNs, code signing, identity systems, third-party libraries and the services they buy. A sufficiently powerful quantum computer would break these algorithms, and data captured today can be stored and decrypted later. QuantSec helps you find that exposure, evidence it and fix it.
01
Build a cryptographic inventory of what a quantum computer could break
A QuantSec scan inventories the cryptography in your defined scope, including your code and its dependencies, and classifies each finding. Your team can see what is quantum-vulnerable, what is already quantum-safe and what needs a closer look.
02
A signed report leadership can rely on
Every assessment produces a digitally signed report. It sets out the findings, attack-surface analytics showing where your exposure sits, and a prioritised migration plan. The signature lets anyone you share the report with confirm it has not been altered.
03
Hands-on migration support
Findings only matter once they are fixed. Our team works alongside yours on the move to post-quantum cryptography: planning the order of work, helping to implement changes and checking the result against the agreed scope.
04
A quantum cybersecurity plan built around real deadlines
Governments have published dates for moving away from quantum-vulnerable cryptography, starting with inventories now and ending with full migration by 2035. Our regulatory clock summarises the main milestones with links to each source.
05
Who it is for
CISOs and security architects building a cryptographic inventory.
Engineering teams that need findings tied to the code they ship.
Risk and compliance teams asked for evidence of quantum readiness.
Suppliers whose customers have started asking about post-quantum plans.
06
Talk to us
Email [email protected] or book a call to scope an assessment.