Hardened Infrastructure
Industrial scale.
Military-grade defense.
When you control a facility's water supply, security is not optional. SECURE Blue utilizes an end-to-end cryptographic stack, from the physical silicon in our sensors to the encrypted payloads in our LoRaWAN canopy. We ensure your infrastructure remains yours.
End-to-End Encryption
All LoRaWAN traffic is secured using dual 128-bit AES encryption (Network Key and Application Key). Data is encrypted at the sensor level and only decrypted within your private SECURE Blue OS instance.
Physical Tamper Logic
Our hardware enclosures are equipped with inertial and light-sensitive tamper triggers. If a node is opened or moved without authorization, the system instantly executes a security lockdown and alerts your team.
Air-Gapped Survivability
Critical mitigation logic (like LeakStop shut-offs) is stored on the edge MCU. If your facility loses cloud connectivity, the hardware continues to execute its safety protocols autonomously.
SECURE_PROTOCOL_V4.0
[ SECURITY_AUDIT_LOG ]
> Uplink: LoRaWAN v1.0.3 Certified
> Crypto: AES-128-CCM (MAC/PHY Layers)
> Hardware: Secure Element (SE) Silicon root-of-trust
> Logic: Local Edge classification via TinyML (No raw cloud-processing required)
> Access: Multi-Factor Authentication (MFA) & RBAC Enforcement
RESULT: SYSTEM_HARDENED // ZERO_TRUST_ESTABLISHED
Trust your infrastructure.
We are happy to provide detailed security whitepapers and SOC-2 compliance documentation for your IT and Legal departments upon request.