Quantum-Ready Security
Our security architecture is designed to protect genomic data against both current and future threats, including quantum computing attacks.
Quantum-Resistant Cryptography
Post-quantum cryptographic algorithms protecting genomic data against future quantum computing threats.
Immutable Audit Chains
Blockchain-anchored audit trails ensuring complete provenance and regulatory defensibility.
Zero-Knowledge Proofs
Privacy-preserving verification enabling compliance demonstration without data exposure.
Distributed Trust Architecture
Multi-party computation enabling secure collaboration across institutional boundaries.
Blockchain Applications
Blockchain technology enables immutable audit trails, automated compliance, and trustless verification across the genomic intelligence lifecycle.
Chain-of-Custody Documentation
Every data transformation, interpretation, and clinical action is cryptographically anchored with immutable timestamps.
Consent Enforcement
Dynamic consent preferences are encoded and enforced at every analytic event through smart contract logic.
Regulatory Hot-Swapping
Jurisdiction-specific compliance rules are stored on-chain, enabling automatic adaptation to regulatory changes.
Evidence Provenance
Clinical evidence sources are cryptographically linked to interpretations, ensuring complete traceability.
Multi-Layer Security Architecture
Four interconnected security layers providing comprehensive protection for genomic data and clinical operations.
Data Layer
End-to-end encryption with quantum-resistant algorithms for all genomic data at rest and in transit.
Application Layer
Zero-trust architecture with continuous authentication and authorization verification.
Audit Layer
Blockchain-anchored logging with cryptographic proof of every system interaction.
Compliance Layer
Automated regulatory mapping with real-time compliance monitoring and alerting.
Future-Ready Architecture
Our security architecture is continuously evolving to address emerging threats and incorporate advancing cryptographic standards.
Quantum Computing Preparedness
Our cryptographic infrastructure is designed to transition seamlessly to post-quantum standards as they mature.
Decentralized Identity Integration
Support for emerging decentralized identity standards enabling patient-controlled data sovereignty.
Cross-Chain Interoperability
Protocol development for secure data exchange across different blockchain ecosystems.