Driver Fatigue Monitoring Online System
Driver Monitoring System (DMS)
Connected AI driver monitoring system with real-time safety alerts, GPS and fleet integration.
Model: HIS-VMS-ONL-023
Price on Request
Driver Fatigue Monitoring Online System is an intelligent connected vehicle-safety solution designed for real-time monitoring of driver behaviour, fatigue and unsafe driving conditions. The system continuously analyzes the driver's condition and identifies events such as fatigue, yawning, distraction, mobile-phone use, smoking and seatbelt violations. It also monitors driver absence, camera failure, camera obstruction, infrared blocking, overspeed conditions and driver change events. Unlike a standalone offline monitoring unit, the online version is designed for integration with connected fleet-management infrastructure, allowing driver-safety events and vehicle information to be incorporated into an MDVR, GPS tracker or compatible telematics/management platform. The unit combines AI driver monitoring, GPS positioning, onboard storage, mobile-app support and external I/O/RS232 connectivity, making it suitable for commercial fleets requiring centralized safety supervision and operational visibility. A comparable CareDrive architecture supports integration of driver-monitor alarm signals with AVL/MDVR/GPS systems, which can then relay warning information to a management center. Care Drive Online Version Main Functions Fatigue Detection — monitors signs of driver drowsiness and fatigue. Yawning Detection — detects repeated yawning associated with tiredness. Distraction Detection — detects when the driver's attention moves away from the driving area. Calling Detection — identifies mobile-phone calling behaviour. Smoking Detection — detects smoking while driving. No Seatbelt Detection — identifies missing seatbelt usage. No Driver Detection — alerts when a valid driver is no longer detected. Camera Failure Detection — monitors failure or loss of the driver-monitoring camera. Camera Blocking Detection — detects intentional or accidental obstruction of the camera. Infrared Blocking Detection — identifies conditions preventing infrared-based face/eye monitoring. Overspeed Monitoring — works with vehicle-speed/GPS information for speed-related monitoring. Driver Change Detection — identifies a change in the monitored driver. Connected / Online Features Is section ko offline product me mat rakhna; online product ka main difference yahi highlight karna hai. Fleet System Integration Driver-monitoring events can be integrated with compatible MDVR, GPS tracking or fleet-management systems through available interfaces. GPS Positioning Supports vehicle positioning information for connected fleet applications. Remote Safety Event Workflow When connected through the client's telematics/MDVR/GPS infrastructure, driver-safety alarms can be incorporated into a centralized monitoring workflow. Mobile Application Support Application-based system setup, configuration and maintenance support. I/O & RS232 Integration Allows connection to supported vehicle electronics, GPS trackers and MDVR equipment. Onboard Recording Local Micro SD storage provides an additional onboard record even when the system is integrated into a connected fleet architecture. Why Choose Online Version? Website par is section se dono ka difference customer ko immediately samajh aayega: Offline Version: Best for customers who primarily need in-vehicle AI detection and immediate local alerts. Online Version: Best for organizations that require driver monitoring plus centralized fleet-management integration, GPS information and connected safety-event handling. Online Product Highlights AI Driver Monitoring Real-time analysis of driver behaviour. Connected Fleet Safety Designed for integration with fleet-management infrastructure. GPS Positioning Vehicle location and speed-related information support. 512GB Storage Support High-capacity onboard Micro SD recording. RS232 / I/O Integration Flexible connection with external vehicle systems. Mobile App Support Convenient configuration and system management.