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ESTABLISHING UPLINK...
ESTABLISHING UPLINK...
Protecting humanity's first orbital compute infrastructure requires security that operates at the speed of light—literally.
All communications between ground stations and orbital nodes use AES-256-GCM encryption with ephemeral key exchange. Data at rest is encrypted using hardware-backed secure enclaves.
Every request is authenticated and authorized regardless of network location. No implicit trust—even internal node-to-node communication requires mutual TLS verification.
Real-time threat detection across all orbital and ground infrastructure. Automated anomaly detection powered by onboard ML models running on radiation-hardened processors.
N+2 redundancy across all critical systems. Automated failover between orbital nodes ensures continuous service availability even during solar events or debris encounters.
Automated containment protocols activate within milliseconds. Our orbital SOC operates 24/7 with sub-second response times for critical security events.
Experience the challenge of navigating orbital debris fields. Our autonomous collision avoidance systems handle this in real-time—can you?
Navigate your satellite through orbital debris
Mobile: drag to move, tap for shield
We take security seriously. If you discover a vulnerability in our systems, we encourage responsible disclosure. Please report security issues to our security team.
Report a Vulnerability