Military-grade security protocols and post-quantum cryptography built into every layer of our computation infrastructure.
🔐 Explore Security FeaturesNIST-certified post-quantum encryption algorithms that remain secure even against large-scale quantum computers.
Prove computation validity without exposing underlying data, essential for secure decentralized trust systems.
Byzantine Fault Tolerance with quantum-resistant consensus mechanisms ensuring no single point of failure.
Every network communication uses forward secrecy with lattice-based key exchanges and post-quantum authenticated encryption.
Full support for BGV and BFV compliant homomorphic encryption allowing secure computations on encrypted data.
λχγγιΣΑΣ.init({
security: {
encryption: 'Kyber1024',
authentication: 'SPHINX',
protocols: ['TLS1.3', 'PQC2023']
},
cluster: 'quantum-safe',
failover: true
});Complies with European Union's post-quantum security requirements and distributed trust architectures.
Information security management system meets quantum-safe controls and risk mitigation frameworks.
Compliant with strict data protection regulations ensuring privacy across all distributed nodes.
Our security team offers quantum-resistant architecture reviews, protocol selection, and implementation support for enterprise clients.
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