SWISS CARPOOLING AI
An AI-powered system using LiDAR, IR illumination, and camera to detect seat occupancy, classify vehicles and enforce carpooling.
Key Features:
✔️ Uses LiDAR + IR camera to detect vehicle position and occupants
✔️ Deep‑learning AI determines front and rear seat occupancy
✔️ Performs license-plate recognition for violators
✔️ Operates at speeds from 20 to 180 km/h
✔️ Recognizes vehicle types: motorbike, car, bus, lorry
✔️ Deployable in fixed (totem) and mobile configurations
✔️ Anonymisation feature with masking & image blurring for privacy
✔️ Dual-unit design allows monitoring of two lanes
✔️ Power use: 400 W; supports –20 °C to +70 °C
✔️ API integration for third-party systems (e.g. tolling)
SWISS CARPOOLING AI
The SWISS CARPOOLING AI integrates LIDAR with infrared illumination and camera capture. Infrared light overcomes windscreen tinting. A deep-learning processor analyzes seat occupancy. License plate identification detects offenders. The system operates across weather conditions. Vehicle speed detection spans 20 to 180 kilometers per hour. Vehicle type recognition distinguishes motorbikes, cars, buses, and lorries. Totem installations measure 100×50×35cm weighing 50kg. Mobile configurations measure 38×38×57cm weighing 45kg. Dual mounting serves two lanes. Power consumption reaches 400 watts. Operating temperature ranges minus 20 to plus 70 degrees Celsius.
The system employs patented anonymisation masking identifiable information. Image blurring applies throughout operational cycles. Barrier systems open upon occupancy detection. Secure metadata transmits to tolling systems. Setup requires less than two hours. Detection accuracy reaches 99.2% for vehicles and 98.3% for occupants. Extended triggering detects across multiple lanes. Anonymous recording maintains privacy. Mobile and fixed configurations available. API integration enables third-party connectivity.
Traffic authorities deploy SWISS CARPOOLING AI for bus lane enforcement. Parking operators implement reduced fees for qualifying occupancy. Congestion management restricts peak-hour traffic. Transit agencies validate compliance. Environmental enforcement identifies non-compliant vehicles. Toll operators integrate occupancy verification. Municipal planners assess effectiveness. Urban researchers analyze patterns. Border authorities monitor operations.
Tactical Supply Pakistan manufactures advanced vehicle occupancy detection systems combining LIDAR and thermal imaging with AI analysis for comprehensive carpooling enforcement and mobility optimization applications.
Can the SWISS CARPOOLING AI detect occupants in vehicles with heavily tinted windows?
Yes, infrared illumination specifically overcomes windscreen tinting barriers. Infrared light penetrates tinted glass, and the thermal camera captures occupant signatures within vehicle interiors. Detection accuracy remains consistent regardless of tinting levels.
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