Hardware-Rooted Security
Security built from the hardware up - combining secure enclaves, cryptographic verification, and quantum resistance.
Security Foundation
Hardware Security Modules
FIPS 140-2 Level 3 certified HSMs for cryptographic operations
Secure Enclaves
Integration with Intel SGX, AMD SEV, and ARM TrustZone
Chain of Trust
Secure boot, attestation, and code signing with hardware roots of trust
Comprehensive Protection
Tamper-Resistant Hardware
Physical security measures against sophisticated attacks for high-integrity computing.
- Hardware-level protections
- Physical tampering detection
- Secure key storage
Cryptographic Verification
Every transaction and computation cryptographically verified for complete traceability.
- End-to-end verification
- Secure hash chains
- Immutable audit records
Quantum-Resistant Algorithms
Future-proof cryptographic primitives to protect against emerging threats from quantum computing.
- Post-quantum signatures
- Advanced hash functions
- Forward security
Security Architecture
Hardware Security Integration
HSM Integration
Hardware Security Modules provide cryptographic security
- Cloud-managed HSMs (AWS CloudHSM, Google Cloud HSM)
- Dedicated devices (Thales Luna, Utimaco)
- Secure key generation and storage
Secure Enclaves
Protected Execution Environments
- Intel SGX (Software Guard Extensions)
- AMD SEV (Secure Encrypted Virtualization)
- ARM TrustZone
Memory Isolation Benefits
- Protected memory regions
- Confidential computing
- Integrity verification
Device Enrollment and Attestation
Security Implementation
Verifiable Autonomy
Verifiable autonomy for edge AI decisions with cryptographic proof
Immutable Logging
Immutable action logging with hardware verification for compliance
Secure Offline Operations
Secure offline operations for environments with intermittent connectivity