Technical Bulletin & Standards
Detention facility buildings present massive challenges for standard wireless communication due to their heavy concrete walls, steel supports, and security doors. This research whitepaper, authored by our engineering group, outlines the deployment of self-healing, secure local wireless mesh nodes inside maximum-security environments without using external internet lines.
The paper reviews how low-frequency radio waves travel in concrete blocks, analyzing signal loss and antenna designs. By building self-healing network paths, our sensor devices route data smoothly around temporary blockages, maintaining solid connections without needing high-power signals.
Security remains the core focus of our research. Our network uses hardwired security keys, private local servers, and continuous check-in routines. This ensures our mesh networks remain isolated from outside hacking attempts, keeping facilities secure and operating with high uptime.
Audited Operational Highlights
- ✓Low-frequency mesh algorithms that route signals through thick concrete walls
- ✓High-security wireless keys protecting sensor arrays from external interception
- ✓Low-power mesh node configurations operating for over a decade on backup cells
