Quantum-Safe Satellite Network
Orbital7 announces the full deployment of quantum-resistant communication systems across our satellite constellation to secure global communications against future quantum threats.
Post-Quantum Ready
Our 1,200+ satellite network now employs NIST-approved post-quantum algorithms for secure global communications
📄 Download Press ReleaseQuantum-Resistant Implementation
Post-Quantum Algorithms
Our satellites use CRYSTALS-Kyber and SPHINCS+ algorithms validated by NIST to provide security against quantum decryption methods.
Backward Compatibility
Systems simultaneously support current encryption standards while transitioning to post-quantum security to ensure seamless global adoption.
Global Coverage
Over 1200 satellites now broadcasting secure signals across LEO, MEO and GEO orbit to provide global, secure communication coverage.
Technical Specifications
// Satellite security configuration
const quantumSecurity = {
encryption: {
keyExchange: "CRYSTALS-Kyber-1024", // NIST-approved lattice-based encryption
digitalSignatures: "SPHINCS+-256", // Hash-based post-quantum signatures
hybridMode: true // Ensures compatibility with legacy systems
},
redundancy: {
failoverProtocols: 4,
encryptionLayers: 3
},
network: {
coverage: {
lowEarthOrbit: 1000,
mediumEarthOrbit: 150,
geostationaryEarthOrbit: 50
},
signalStrength: "AES-256 + CRYSTALS-Kyber hybrid"
},
compliance: {
nistStandards: "Phase 3 compliant",
iso27001: true
}
};
Case Study: Defense Communications
The Department of Defense successfully tested our post-quantum secure network for satellite-to-ground communications. The trial demonstrated:
- Maintained secure communications through simulated quantum attacks
- Zero detected data leaks or interception vulnerabilities
- No degradation in performance compared to legacy encryption
- 100% uptime during 90-day testing period
Explore Post-Quantum Security Solutions
Partner with Orbital7 to future-proof your communication infrastructure against quantum threats.