Service Offerings
Compliance & Certifications
Compliant with SOC 2, ISO 27001, NIST 800-53, FIPS 140-3, and FedRAMP -Moderate Requirements.
Hardware-Anchored Identity
Each device has a unique cryptographic identity generated on-chip during secure provisioning. Keys are non-exportable and tamper-resistant, making it impossible to clone or spoof a device.
Secure Boot & Remote Attestation
Cryptographically signed firmware is verified at every boot. Devices periodically attest their software state to the cloud platform, which detects tampering in real time and can quarantine compromised devices automatically.
Zero-Trust Device Management
No device is implicitly trusted. Every connection is authenticated via mutual TLS. Access decisions are based on continuous posture evaluation — firmware version, attestation result, and anomaly score — not just initial provisioning.
Crypto-Agility & PQC Readiness
The architecture supports algorithm migration without hardware replacement. NIST-standardized post-quantum algorithms (FIPS 203/204/205) are planned for Op Year 2, with hybrid classical+PQC modes for transition.
AI/ML Threat Detection
Machine learning models analyze device telemetry, attestation logs, and authentication patterns to detect anomalies, zero-day threats, and compromised devices before damage occurs.
End-to-End Lifecycle Security
From secure manufacturing and provisioning through OTA firmware updates, incident response, and device decommissioning with key revocation — every phase is protected.