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Cybersecurity

Quantum-Resistant Encryption Protocols

Exploring lattice-based cryptography for securing enterprise cloud infrastructure against future quantum-tier threats.

S. Iyer, L. ThompsonApril 202410 min read

Abstract

The paper compares lattice-based, hash-based, and hybrid key exchange strategies for enterprise-grade cloud security migration plans.

Key highlights

  • Hybrid key exchange improved resilience without adding unacceptable handshake overhead
  • Migration playbooks can phase in quantum-safe encryption alongside existing TLS stacks
  • Operational guidance is tailored for regulated enterprise deployments

Methodology

  1. 1Reviewed current cryptographic standards and candidate post-quantum algorithms
  2. 2Prototyped secure handshakes in simulated enterprise network topologies
  3. 3Measured latency, CPU overhead, and rollout complexity under mixed workloads

Findings

  • Hybrid schemes are the best near-term transition path for large enterprises
  • Certificate rotation policy is the largest operational bottleneck
  • Incremental adoption reduces risk while preserving interoperability

Conclusion

Organizations should begin transition planning now, prioritizing hybrid deployments that can evolve toward fully quantum-safe standards over time.

Citation

S. Iyer, L. Thompson. “Quantum-Resistant Encryption Protocols.” Mesklin Research, April 2024.

#Cybersecurity#Research