Quantum-Safe Encryption
Pioneering Post-Quantum Secure Communications
An overview of Cellcrypt's Multi-Layer Classical and Post-Quantum Cryptograpy
Multiple complementary encryption techniques working together to create comprehensive security.
Transport Layer Security (TLS)
Foundation of secure communications with TLS 1.3, providing encrypted data transmission and preventing interception during transit.
End-to-End Encryption (E2EE)
Direct protection of communication content ensuring only intended recipients can decrypt transmitted information.
Hybrid Post-Quantum Encryption
Revolutionary dual-algorithm approach with Crystals Kyber (lattice-based) + Classic McEliece (code-based) for unrivaled quantum resistance.
Unrivaled Quantum Protection Advantages
Our hybrid approach delivers unprecedented security benefits that future-proof your communications.
Unmatched Cryptographic Agility
Modular architecture enables seamless adaptation to emerging cryptographic standards, future-proofing your investment with zero downtime transitions.
Beyond NIST Guidelines
Fully aligned with NIST's recommended hybrid approach to manage quantum-transition risk, exceeding guidelines for cryptographic agility.
Mission-Critical Assurance
Ideal for government, military, intelligence, and enterprise organisations demanding the highest assurance and long-term data security.
Multi-Dimensional Barrier
Independent algorithmic protection means even the compromise of one quantum-resistant layer cannot defeat the other.
Trusted by Global Organisations
Government Trust
Trusted by global governments for mission-critical communications
Certified Security
Regular independent third-party audits and certifications
Proven Standards
Compliance with FIPS 140-3, Common Criteria, and NSA CSfC
Through a comprehensive and adaptive approach to encryption, Cellcrypt ensures that your sensitive communications remain secure today and resilient against future threats posed by quantum computing advances.