Frequently Asked Questions

Quantum computers threaten classical cryptographic algorithms (RSA, ECC) currently used to protect communications. Post-quantum encryption refers to a new generation of algorithms designed to resist these attacks. CryptOps natively integrates ML-KEM-1024 (FIPS 203) for key exchange and ML-DSA-87 (FIPS 204) for digital signatures, both standardized by NIST in 2024.

AllEyes Resilient is a hardware encryptor based on AMD FPGA, capable of encrypting up to 800 Gbps. It is designed for datacenters, network backbones and critical infrastructure environments requiring very high throughput. Agent PQC-WAN is a purely software solution, lightweight and deployable on standard hardware (servers, routers, edge devices). It is intended for remote sites, SCADA networks and environments where hardware deployment is not feasible.

CSPN certification (First Level Security Certification) is underway with ANSSI, the French National Cybersecurity Agency. The target is Q3 2026 for the AllEyes Resilient Encryptor and Q4 2026 for the PQC-WAN Agent. The pre-security target compliant with CSPN-NOTE-09 v1.0 is complete, covering all 17 requirements. A Common Criteria EAL4+ evaluation is planned for 2027.

CryptOps deployment follows three phases: a 90-day POC to validate integration in your environment, then a 4 to 8-week operational rollout with dedicated support. Integration is seamless: no reconfiguration of your existing network infrastructure is required. The GLUON protocol automatically handles post-quantum tunnel configuration.

CryptOps covers major European and French regulatory requirements: NIS2 (network and information system security), DORA (digital operational resilience for the financial sector), HDS (health data hosting), SecNumCloud (trusted cloud) and GDPR Art. 32 (technical measures for personal data protection).