Fleet Operators and Carriers

Fatigue, distraction, and unsafe driving behavior detection

The driver monitoring system analyzes the driver’s condition and behavior in real time while the vehicle is moving. Video analytics detects signs of fatigue, including yawning and closed eyes, as well as distraction, looking away from the road, mobile phone use, smoking, eating, and failure to wear a seat belt. When a risk is detected, the system sends an alert to the driver and a notification to the dispatcher while saving a video recording of the incident. The solution helps transport operators and fleet managers improve driving safety, monitor compliance with work and rest requirements, and review driver behavior along the route. The system integrates with fleet management platforms, GPS, telematics, and digital tachographs to create a unified transport safety monitoring environment.

License plate recognition in low-light and challenging weather conditions

The system recognizes vehicle license plates in images and video streams, enabling automated vehicle tracking and fleet accounting. The algorithm operates in low-light conditions, at night, in fog, and in snow, and supports license plates from more than 38 countries. The solution is suitable for monitoring company-owned, rented, and contractor vehicles at business premises. Low computing requirements enable processing on edge devices and the transfer of recognition results to vehicle tracking and accounting systems.

Automated entry for emergency and service vehicles

The system identifies special vehicles, including ambulances, fire service vehicles, police vehicles, emergency response units, and service vehicles. Identification is based on the license plate, its color and type, external markings, and visual characteristics of the vehicle.

Cabin occupancy analysis and passenger safety monitoring during trips

The system automatically counts passengers boarding and leaving buses, minibuses, and other public transport vehicles. Video analytics measures current cabin occupancy, detects overcrowding, and generates passenger flow data by route, trip, and time of day. The resulting analytics helps transport operators adjust schedules, optimize routes, and deploy additional vehicles during periods of increased demand. The system also monitors the situation inside the vehicle by detecting conflicts, aggressive behavior, and abandoned items and generating events for dispatchers and security teams.

Detection of forged, concealed, and damaged license plates

The system analyzes vehicle license plates and detects signs of substitution, damage, or deliberate character concealment. Video analytics identifies covered or modified plates, format inconsistencies, unreadable characters, and other indications of possible license plate manipulation. When a suspicious license plate is detected, the system generates an event and sends a notification to the operator. The solution is suitable for vehicle control at checkpoints, parking facilities, logistics terminals, industrial sites, and restricted areas.

Biometric access control for vehicles

The system verifies the driver’s identity before granting access to a vehicle and during driver changes along a route. The algorithm compares the person’s face with a reference image in the database and detects attempts by unauthorized individuals to operate the vehicle. The solution records the start and end of each shift, links the driver to a specific vehicle, and transfers the results to vehicle access, working time, and fleet management systems. This supports driver change monitoring on urban and intercity routes and helps verify compliance with work and rest requirements.

Management of vehicle entry, parking spaces, and site access

The system automates parking operations and access control at business premises, industrial sites, logistics centers, and restricted facilities. Once a license plate is recognized, it is checked against allowlists and blocklists, and the system sends a command to open or block the barrier. Video analytics detects occupied and available parking spaces, records entry and exit times, and identifies parking violations and unauthorized access attempts. The collected data can be used for billing, reporting, and site occupancy analysis.

Automated VIN matching with documents and vehicle records

The system automatically detects and reads the VIN on a vehicle body. The recognized identifier can be matched with registration documents, license plate data, and internal vehicle records to identify inconsistencies. The solution is suitable for vehicle acceptance, inventory, and maintenance workflows involving company-owned, rented, and contractor vehicles. Recognition results can be transferred to external information systems for further verification and event logging.