Adaptive Traffic Control System
for Modern Corridors.
A high-reliability, edge-computed AI platform engineered to replace legacy fixed-timer infrastructure, optimize junction throughput, and deliver absolute operational command to traffic authorities.
Engineered for real-world traffic reality.
Real-Time Adaptive Signal Control
Replaces rigid, time-of-day fixed timers with dynamic, demand-responsive signal actuation. The system computes traffic volume locally and adjusts green phase durations dynamically to eliminate bottleneck queues.
Heterogeneous Traffic Perception
Standard algorithms fail in heavy mixed conditions due to lane-less driving. Our computer vision models are explicitly trained to classify and track dense mixed flows, including two-wheelers, auto-rickshaws, and heavy commercial vehicles.
Sub-15ms Edge Autonomy
Critical traffic control decisions are executed directly at the pole-mounted NPU. Zero cloud dependency ensures continuous, uninterrupted operation even during severe internet disruptions or cellular fiber cuts.
Hardwired Failsafe Integration
Engineered for safety-critical road infrastructure. AI output lines pass through opto-isolated conflict monitors and physical electrical relays, guaranteeing conflicting green phases can never be activated.
Total command over every junction, right from your desk.
Designed specifically for traffic department authorities. Instantly switch between AI cycle modes, set manual green durations per lane, trigger blinker safety protocols, or activate VIP green corridors with absolute precision.
Manual Time Set
Configure exact green-phase duration (in seconds) for each individual lane directly from the command panel.
AI Jump & Cycle Modes
Instantly prioritize high-density lanes or switch to autonomous cycle length optimization dynamically.
VIP Override & Blinker Control
Trigger emergency green corridors or switch junctions into safety yellow flash mode instantly.
Built for seamless deployment and rapid integration.
Advanced traffic infrastructure deployment requires rigorous reliability, minimal disruption, and absolute transparency. Our hardware and software stack fits smoothly into existing networks.