Measurable gains from real-time sensory control and automated dispatch.
AGV Dispatch Framework v4 reroutes vehicles dynamically based on proximity radar data, cutting wait periods at intersections and charging zones.
Telematics Edge Node T-700 processes sensor data on‑premise, so collision avoidance commands reach AGVs before a human operator could blink.
PRA-12 radar array detects static racks and moving workers within 30 m, feeding a predictive model that slows or reroutes vehicles automatically.
All three products talk over standard CAN bus and MQTT, meaning existing warehouse management systems stay untouched during deployment.
Centralized dispatch handles dense fleets without channel congestion, proven in high‑storage zones with 12+ aisles per square.
Proven in high-density storage zones where every millimeter and millisecond counts.
Our Telematics Edge Node T-700 processes proximity radar and sensory matrix data locally, cutting out central server round-trips. In a 50,000 sq ft warehouse with 80+ AGVs, this means collision avoidance responses arrive before the vehicle travels 2 cm — not after.
Standard optical sensors fail in dust, low light, or around tight rack corners. The PRA-12 array uses twelve 60 GHz radar sensors to build a continuous 3D map of every blind spot within 30 meters. Obstacles behind pallets or under overhangs are detected before they become hazards.
AGV Dispatch Framework v4 dynamically reroutes vehicles based on real-time congestion data from the sensory matrix. In a deployment with 120 AGVs across three shift patterns, idle waiting at intersections dropped from 14% to 9% of total operating time — without adding extra pathways.
No forklift retrofit or custom middleware required. The T-700 node speaks OPC UA and MQTT out of the box, and the PRA-12 array connects via standard CAN bus. Integration teams at a 3PL client in Gujarat completed the full sensor-to-dispatch pipeline in under 11 days.
Warehouse environments with cement dust, humidity, and temperature swings from 5°C to 45°C destroy consumer-grade electronics. Every edge node and radar unit is sealed to IP65 and tested for 10,000 hours of continuous operation in a simulated rice-storage facility.
Common queries about our telematics networks and AGV dispatch frameworks.
The framework uses real-time data from proximity radar arrays and sensory matrices to dynamically reroute vehicles. It maintains a 30-meter safety envelope around each AGV and adjusts speed or path to prevent collisions, even in tight storage aisles.
The T-700 processes sensor data locally, achieving decision latencies under 10 milliseconds. This enables near-instantaneous responses to obstacles or route changes without relying on central servers.
Yes, the platform supports MQTT and OPC UA protocols for seamless integration with most WMS. Our team provides API documentation and setup assistance during deployment.
The framework is designed to manage up to 200 automated guided vehicles concurrently. It uses a centralized orchestration algorithm that prioritizes traffic flow and minimizes idle time.
The PRA-12 is built with an IP65 enclosure, requiring only periodic cleaning of the sensor faces to remove dust or debris. Firmware updates are delivered over the network and can be applied without downtime.
We provide on-site installation support for all products, including network setup and integration testing. Training sessions for warehouse operators and IT staff are included in the deployment package.