Post-quantum migration

Quantum computing will break today's encryption. We get you there first.

A strategic, engineering-driven approach to PQC migration: cryptographic inventory, crypto-agility, hybrid protocols, and resilient product development.

Get the whitepaper

Store Now, Decrypt Later

Attacks that don't exist yet are already collecting the data they'll need.

Quantum attacks could become feasible as early as the 2030s.

Adversaries aren't waiting. "Store Now, Decrypt Later" attacks intercept and store encrypted data today, to decrypt it the moment a quantum computer is powerful enough. Defense, government, healthcare and financial services all hold long-term sensitive data with exactly that shelf life.

What's actually at risk

  • 01

    PKI & digital certificates

    RSA and ECC underpin TLS/SSL certificates, digital signatures, identity authentication and code signing.

  • 02

    Email & files

    PGP and S/MIME use RSA and ECC for encryption and digital signing across email and file-sharing protocols.

  • 03

    Web (TLS)

    RSA, ECC and Diffie-Hellman handle key exchange in the most widely adopted transport security protocol.

  • 04

    VPN

    IPSec and WireGuard both rely on Diffie-Hellman key exchange to establish a secure tunnel.

  • 05

    Identity & authentication

    OAuth, SAML and similar protocols rely on asymmetric cryptography for identity verification.

  • 06

    TPM & key vaults

    BitLocker, LUKS, AWS KMS, Azure Key Vault and Google Cloud KMS all wrap symmetric keys in RSA or ECC.

Four Migration Paths

Which path you're on depends on your risk, not your industry's average.

CENSUS maps every place your systems actually rely on RSA or ECC. Most organisations have never seen the full picture. Four paths forward exist; which one fits depends on what that system protects.

Adopt now

For defense, government and finance ready to move first: hybrid PQC and classical crypto, migrating in full.

Assess. Design. Build.

We don't sell PQC.
We engineer the migration.

Assess the cryptographic inventory hiding in your software, hardware and network infrastructure.

Design crypto-agile architectures that swap algorithms without a system redesign. Build resilient products that transition to PQC without downtime or recalls.

The full whitepaper breaks down timelines, cost and risk for each path

Download the whitepaper
  • Security Foundations Consulting
  • Security Posture Assessment
  • Resilient Product Development
  • Applied Research

Global team

Athens, GR

London, UK

Abu Dhabi, UAE

Dubai, UAE

Vilnius, LTU

Engineering, Not Advisory

The team behind the migration has broken cryptography for a living.

CENSUS combines cryptographic protocol research, security assessment and cryptographic engineering, the same "assume-broken" mindset used to simulate classical cryptography attack scenarios is what proves your PQC migration actually holds.

5+
Years in operations
130+
Security engineers
4
Global offices
ISO 27001
Certified
CREST
Accredited

Our approach

  • Cryptographic protocol research
  • Assume-broken methodology
  • Engineering, not advisory

The migration briefing.

The threat, the standards, and where you actually stand.

Quantum-Resilient Security: PQC Migration and Future-Proofing Cryptographic Systems covers the threat, the NIST-standardized algorithms, and all four migration paths in full.

Download the whitepaper
  1. 01

    All four migration paths, compared side by side

  2. 02

    The at-risk categories: PKI, TLS, VPN, email, authentication

  3. 03

    ML-KEM, ML-DSA and SLH-DSA, the NIST-standardized algorithms