LEO constellation · Telemetry and payload
Problem
LEO constellations (Kuiper, Starlink, IRIS²) operate on short visibility windows with CCSDS TT&C links exposed to interception and spoofing. Earth observation (EO/SAR) payloads generate terabytes beyond downlink bandwidth without onboard pre-processing. Classical crypto (AES-GCM with RSA handshake) will break before constellation end-of-life (15+ years).
CryptOps Solution
Ground segment runs AllEyes Resilient that encrypts CCSDS/SpaceWire with ML-KEM-1024 and runs observation AI (SAR-ATR, maritime, fires) on the GPU. Space segment integrates the same PQC crypto stack via the radiation-tolerant Agent PQC-WAN variant. Same GARANCE ground/space PKI, per-orbit-window key rotation.
Deployment architecture
Key metrics
ROI analysis
| Item | Before | With CryptOps | Impact |
|---|---|---|---|
| Cleartext TT&C (spoofing risk) | Confirmed hijack (NASA 2021) | ML-DSA-87 auth | Risk eliminated |
| Ground vs onboard pre-processing | Saturated downlink | Onboard AI | -80% bandwidth |
| IRIS² sovereignty | US/IL solution | 100% EU stack | EU compliance |
Applicable regulation
Encryption framework for space data links — PQC adoption under way in CCSDS WG.
Safe Rust compatible with DAL-A/B requirements for critical embedded software.
Mandatory use of European solutions for the IRIS² constellation.
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.