Defense-Grade Security
Zero-trust architecture, hardware-backed cryptography, and immutable audit trails. Built for regulated industries where robot compromise is not an option.
Security Principles
Every layer of Sentinel is designed with security as the primary constraint, not an afterthought.
Zero-Trust Architecture
No implicit trust. Every robot, request, and action must authenticate and prove identity before access is granted.
End-to-End Encryption
All data encrypted in transit (TLS 1.3) and at rest (AES-256). Hardware-backed key management with HSM support.
Hardware Attestation
TPM 2.0, Secure Enclave, and Intel SGX support for hardware-rooted identity that cannot be spoofed or cloned.
Continuous Verification
Runtime integrity checks verify firmware and software state continuously — not just at boot time.
Cryptographic Signing
Ed25519 signatures on every telemetry point, command, and event. Tampered data is immediately detected.
Immutable Audit Trail
Every security event is signed, timestamped, and anchored on-chain. Retroactive modification is impossible.
Threat Model
We design against specific attack vectors targeting autonomous systems.
| Threat | Severity |
|---|---|
| Firmware Tampering | CRITICAL |
| Identity Spoofing | CRITICAL |
| Telemetry Injection | HIGH |
| Command Replay | HIGH |
| Key Compromise | HIGH |
| Network Interception | MEDIUM |
Verification Pipeline
Every robot boot triggers a multi-step verification sequence before any operation is permitted.
Compliance & Certifications
Enterprise-grade compliance for regulated industries including defense, industrial, and medical robotics.
SOC 2 Type II
CertifiedSecurity, availability, and confidentiality controls
ISO 27001
CertifiedInformation security management system
NIST 800-53
CompliantFederal security and privacy controls
IEC 62443
CompliantIndustrial automation and control systems security
Security is not optional
Talk to our security team about your compliance requirements and threat model.