Telecom Backbone & PoPs
Problem
Telecom operators carry massive volumes of critical data over inter-PoP backbone links. Current RSA/ECDH algorithms will be broken by quantum computers on the 2030-2035 horizon. Data intercepted today ("harvest now, decrypt later") will be retroactively decryptable.
CryptOps Solution
AllEyes Resilient inserts transparently inline on existing 400G/800G links. It encrypts at line-rate (6.4 Tbps/server, stackable architecture) with ML-KEM-1024 for key exchange and AES-256-GCM for data encryption. No network reconfiguration required.
Deployment architecture
Key metrics
ROI analysis
| Item | Before | With CryptOps | Impact |
|---|---|---|---|
| Legacy encryptor cost | Expensive proprietary solutions | Optimized FPGA architecture | Accessibility |
| Capacity per device | 10 Gbps (legacy encryptors) | 800 Gbps | 80x higher |
| Quantum exposure (harvest) | Immediate | None (ML-KEM) | Risk eliminated |
| Deployment time | 6-12 months | 4-8 weeks | Time-to-market |
Applicable regulation
ML-KEM-1024 recommended for post-quantum transition. Hybrid compliance X25519+ML-KEM-768 acceptable.
Encryption requirements for critical communication infrastructures.
Mandatory communication encryption for essential operators (OES) in the telecom sector.
Target clients
Data processing on the same appliance
Beyond post-quantum encryption, every AllEyes Resilient appliance hosts your data-processing workloads on its FPGA, CPU and GPU resources — all isolated from the certified crypto core.
Secure your infrastructure today
Our team will guide you through the deployment tailored to your use case.