
Private Networks
Hybrid LEO Satellite + Private 5G
Redundant connectivity architecture combining LEO satellite backhaul with private 5G for remote industrial sites requiring always-on coverage with failover paths.
Reference architectures
Our reference architectures illustrate how we design and integrate connectivity, safety, and monitoring solutions for industrial environments. Each diagram maps to a specific solution capability.

Private Networks
Redundant connectivity architecture combining LEO satellite backhaul with private 5G for remote industrial sites requiring always-on coverage with failover paths.

Private Networks
End-to-end WiFi 6E deployment methodology from site survey and RF analysis through heatmap visualization, access point deployment, and AI-driven optimization.

Connected Worker
Complete connected worker architecture showing IS devices, PTT communications, private 5G network, real-time location tracking, emergency alert systems, and central operations center integration.

Connected Worker
Architecture for Class 1 Div 1 hazardous zones with geofence-active safety perimeters, emergency alert routing, work permit management, and secure operations infrastructure.

Connected Worker
Intrinsically safe device ecosystem showing tablets, smartphones, wearables, and body cameras connected via private 5G backbone to cloud dashboards and video analytics.

Industrial Telemetry
End-to-end telemetry architecture from LoRaWAN and WirelessHART sensors through edge computing and data hub to cloud platform with real-time monitoring dashboards.

Video & Monitoring
Architecture for IP camera networks with AI/ML processing, real-time dashboards, alert generation, and security operations center integration.

Video & Monitoring
Enterprise-grade perimeter security system with thermal cameras, radar, automated barriers, drone integration, and centralized monitoring infrastructure.

Video & Monitoring
Intelligent threat detection architecture with thermal cameras, anomaly detection engine, AI analytics, threat classification, and automated response mechanisms.