CycurID
Post-Quantum Cryptography

Cryptography evolves.

So do we.

NIST-standardized post-quantum cryptography, deployed in production. Your identity infrastructure protected against both current and quantum-era threats.

Quantum Protected
NIST post-quantum standards
Future-Proof
Protected for decades to come
Zero Migration
Same identity, new cryptography
The Challenge

Quantum computers
rewrite the rules.

Shor's algorithm on a sufficiently powerful quantum computer breaks the mathematical foundations of today's public-key cryptography. This isn't speculation — it's mathematics.

Broken in a fraction of the time it would take today

Cryptographic Standards

Post-Quantum Era
RSA
TLS, Code SigningVulnerable
Enterprise RSA
Enterprise PKIVulnerable
ECDSA
Blockchain, VCsVulnerable
Ed25519
AuthenticationVulnerable

All asymmetric cryptography built on integer factorization or discrete logarithms is at risk

Harvest Now, Decrypt Later

The attack is already happening.

Nation-state adversaries are capturing encrypted data today, waiting for quantum computers to decrypt it tomorrow.

Now

Harvest

Encrypted data is being captured and stored by adversaries today

When quantum lands

Quantum Era

Cryptographically relevant quantum computers become operational

Protected

Decryption Blocked

Post-quantum cryptography keeps your data secure

Data being harvested includes

Healthcare RecordsFinancial DataGovernment CommunicationsIdentity CredentialsCorporate Secrets
The Solution

One identity. All cryptographic futures.

Zero-trust key generation derives keys from identity. The same identity that generates ECDSA keys today generates Dilithium keys tomorrow. No re-enrollment. No re-architecture.

Traditional PKI

  • Issue new certificates
  • Revoke existing credentials
  • Full re-enrollment required
  • Architecture overhaul
  • Months of migration

CycurID Zero-Trust

  • Same identity, new algorithms
  • No credential re-issuance
  • No user re-enrollment
  • No architecture changes
  • Enable and deploy
In Production Today

NIST-standardized. Deployed.

Not a roadmap item. In production today.

Production
NIST post-quantum standards

ML-DSA (CRYSTALS-Dilithium)

Post-quantum digital signatures for credentials, documents, and authentication.

Production
NIST post-quantum standards

ML-KEM (CRYSTALS-Kyber)

Post-quantum key encapsulation for secure key exchange and data protection.

Production
Best of Both

Hybrid Mode

Combine conventional and post-quantum algorithms. Backward compatible, forward protected.

Long-Lived Deployments

Post-quantum from day one.

AI agents, autonomous systems, and IoT devices don't operate on human timescales. Every identity CycurID issues can be quantum-ready from deployment.

AI Agents

Multi-year deployments

Autonomous agents may operate beyond the quantum horizon. Their identities need protection from day one.

Automotive

Multi-decade lifecycles

Vehicle ECUs and connected systems outlast quantum timeline estimates. Post-quantum identity is essential.

Industrial IoT

Multi-decade operations

Control systems and industrial infrastructure span the quantum transition. Future-proof credentials required.

Get Started

The quantum erais coming.

Don't wait for quantum computers to arrive. Protect your identity infrastructure now with NIST-standardized post-quantum cryptography.