Q-Courier

Strategizing your transition to a quantum-safe ecosystem.

Q-Courier Servers protect web and email communications from current and future quantum threats. By combining NIST-selected Post-Quantum Cryptography (PQC) with classical algorithms, these servers deliver hybrid security that ensures confidentiality, integrity, and authentication—while remaining fully compatible with existing clients. Indigenously developed and standards-aligned, the solution provides a future-proof approach to secure HTTPS and S/MIME email communications, making it ideal for government, defense, telecom, and critical infrastructure. We provide end-to-end Quantum-Resistant (QR) hardening for your digital infrastructure. By integrating PQC into TLS/SSL protocols and mail server encryption, we ensure that your emails, web traffic, and user credentials remain secure in a post-quantum world.

Key Highlights

  • Quantum-safe TLS for web servers
  • S/MIME email encryption with post-quantum signatures
  • Hybrid cryptography (Classical + PQC) ensures backward compatibility
  • NIST-selected PQC algorithms: Kyber (Key Exchange), Dilithium (Digital Signatures)
  • High performance and low-latency for enterprise workloads
  • Fully aligned with NIST PQC roadmap & ETSI PQC standards
Quantum Specification Sheet
Specification Sheet
ServicesHTTPS, S/MIME Email
CryptographyHybrid (Classical + Post-Quantum)
Classical AlgorithmsRSA, ECC
PQC AlgorithmsCRYSTALS-Kyber (Key Exchange), CRYSTALS-Dilithium (Signatures)
Hash AlgorithmsSHA-256, SHA-384, SHA-512
TLS SupportTLS 1.2 / TLS 1.3 (PQC-ready)
Certificate StandardX.509 v3 (for S/MIME)
AuthenticationCertificate-based (S/MIME)
Backward CompatibilityFully compatible with existing clients
PerformanceOptimized for low latency and high throughput
Deployment ModelsOn-Premises, Private Cloud, Hybrid
Compliance AlignmentNIST PQC roadmap, ETSI PQC standards

Why Q-Courier ?

Traditional TLS and S/MIME rely solely on classical algorithms, which are vulnerable to future quantum attacks. Our hybrid PQC solution ensures long-term confidentiality and authentication while allowing a smooth, compatible migration to quantum-safe communications.

This product is under development
Scroll to Top