Pycon Technology
Empowering smart cities with state-of-the-art intelligent traffic systems, AI surveillance, and automated detection platforms.
Red Light Violation Detection (RLVD)
Our RLVD system uses smart high-resolution cameras and advanced computer vision algorithms to monitor traffic lights and intersections. It automatically detects vehicles crossing the stop line during a red signal phase, captures clear photographic and video evidence, reads the license plates, and logs the violation.
- 24/7 Automated Capture: Works reliably in all weather conditions and night/low-light environments.
- E-Challan Integration: Seamlessly feeds violation records directly into traffic police databases for ticketing.
- Multi-Lane Tracking: Monitors multiple lanes simultaneously using a single camera system.
Speed Violation Detection System
Monitors vehicular speed using highly accurate radar sensors combined with ANPR cameras. The system automatically tags vehicles traveling above set speed limits and generates high-definition image records of the vehicle, speed logs, and license plate number.
- Doppler Radar Integration: Highly precise speed measurements, accurate within ±1 km/h.
- Over-speed Triggering: Instantly fires the ANPR camera when speed threshold is exceeded.
- Flexible Deployment: Supports both fixed gantry installations and mobile/tripod units.
AI Count & Vehicle Classification
Utilizes deep neural networks to count vehicles and classify them into categories (two-wheelers, cars, auto-rickshaws, light commercial vehicles, trucks, buses, etc.). This data helps city planners understand peak hours, traffic composition, and road usage statistics.
- 98%+ Classification Accuracy: Trained on diverse vehicle shapes and models local to Nepal and South Asia.
- Density Mapping: Generates real-time density maps of roads to analyze bottlenecks.
- Continuous Analytics: Push data updates to central dashboard every minute for urban analysis.
Automatic Number Plate Recognition
Our ANPR solution uses advanced optical character recognition (OCR) models specialized in reading vehicle number plates. It successfully extracts digits and text from embossed, standard, and custom plates under high speeds and diverse weather conditions.
- Nepalese Plate Optimization: Specially trained for standard and white/red/green number plate formats in Nepal.
- High Speed Tracking: Captures and processes plates of vehicles driving up to 150 km/h.
- Blacklist Alerts: Automatically triggers security alerts for stolen or blacklisted vehicles.
Adaptive Traffic Control System (ATCS)
Traditional signals operate on fixed timing, but ATCS adjusts green lights in real-time based on actual traffic congestion. Cameras at each junction arm measure queue lengths and dynamically balance green signal distribution to minimize overall delay.
- Queue Length Analytics: Computes the exact volume of vehicles waiting at each lane.
- Green Wave Synchronization: Coordinates neighboring intersections to create a "green corridor" for smooth transit.
- Emergency Override: Integrated priority rules for ambulances and VIP convoys.
AI Traffic Management System (ITMS)
A central control platform that connects all traffic signal controllers, sensors, and ANPR cameras across the city. It runs cloud-based traffic predictive modeling and alerts city traffic control rooms of potential bottlenecks before they happen.
- Unified Dashboard: View active signal phases, live feeds, and analytics for all junctions on one map.
- Remote Signal Control: Authorized operators can adjust signal timings manually during emergency situations.
- Historical Forecasting: Predicts weekly traffic patterns using historical regression models.
Automatic Incident Detection (AID)
Our AID algorithms analyze highway and intersection video feeds to detect safety hazards instantly. It alerts emergency response teams of stopped vehicles, wrong-way drivers, pedestrians walking on expressways, debris, or collisions.
- Instant Hazard Alerting: Raises visual and auditory alarms in the command center within 5 seconds.
- Pre-Event Video Buffering: Saves 30 seconds of video prior to the event for crash reconstruction.
- Secondary Crash Prevention: Signals warning panels/VMS upstream to slow down oncoming traffic.
