Video telematics is a software that integrates video data, vehicle data, and GPS data collected by commercial vehicles to allow for a more comprehensive analysis based on real-time tracking. It supports GPS tracking, machine learning, and video analysis to measure a driver's performance and behavior on the road. The goal of this software is to ensure safer driving practices and practically zero road accidents.
It also integrates video analytics and telematics data, it provides a comprehensive overview of what happens both inside and outside the vehicle, offering unprecedented insights into driver behavior, vehicle performance, and road conditions.
How Video Telematics Solutions Work and Their Impact
Video telematics software combines traditional data collection with video data from cameras installed on vehicles.
How Does it Work?
- Inward-Facing Cameras: Cameras installed inside the vehicles can record continuously or be triggered by specific events, like sudden braking. It automatically detects signs of fatigue, and distraction, even when a driver is not wearing a seatbelt.
2. Advanced Telematics Solutions: The telematics software inside the vehicles collect data like location, speed, and how the vehicle is being handled, such as rapid acceleration or sharp cornering.
- Data Transmission: All this information has been transmitted in real time to a central server. You can even mark the specified intervals to get it transmitted.
- Data Analysis Reporting: The video and data collected are sent to a central system where they can be analyzed, providing insights into driver behavior and vehicle performance.
- Feedback: Fleet managers access this data through specialized software platforms, allowing for real-time alerts, historical data review, and detailed reporting.
- Cloud Storage: Video and data are stored in the cloud, making it easy to access for further analysis or as evidence in case of disputes.
Advanced Telematics Solutions Enhancing Driver Performance and Behavior
A Driver Monitoring System (DMS) is an important part of video telematics systems. It includes cameras equipped with features capable of interpreting the driver's behaviors in real time, which can help detect potentially dangerous actions or physiological conditions that might lead to accidents. Here are some ways in which video telematics can detect various driver behaviors:
- Not Using the Steering Wheel
Video telematics systems use cameras to monitor the driver's hands in real time. If they detect that the driver isn't holding the steering wheel for a certain duration, an alert can be triggered.
- Signs of Fatigue
Advanced software such as TrackoBit’s video telematics systems can track eye movement, head position, and even yawns via an inward-facing camera. If there are any changes in these factors indicating fatigue, the system can warn the driver to take a break.
- Absence from the Driver Seat
Using in-cabin cameras and seat sensors in conjunction with video cameras, video telematics can detect if the driver seat is unoccupied. This can be particularly useful in situations where a vehicle is idling with the motor running.
- Distracting Phone Usage
Cameras can scan for changes in hand and face positioning that suggest the driver is using a mobile phone. Additionally, accelerometers can sense slight changes in vehicle movement caused by distracted driving.
- Attempts to Cover the Dashboard Camera
A smart video telematics system can monitor the camera feed in real time and identify when the camera's view is blocked, tampered with, or covered. If an object suddenly blocks the camera's view, an alarm is triggered immediately.
Why Choose Video Telematics Solutions
Integrating video telematics into your fleet can help you in various ways:
- Live Video Recording: Cameras inside and outside the vehicle record continuous footage, providing evidence in case of accidents or disputes. Advanced systems can also alert drivers and managers about unsafe behaviors.
- Driver Behavior Monitoring: The system analyzes driving patterns like speed, braking, and cornering, helping to identify risky behaviors and coach drivers to improve.
- GPS Tracking: Vehicles using GPS Fleet Tracking Solutions are tracked in real time, showing their exact location on a map, allowing for optimized routes and better customer service.
- Geofencing: Virtual boundaries are set for vehicles, alerting when a vehicle enters or exits a designated area, ensuring they are used only for their intended purposes.
- Fuel Management: The system monitors fuel usage and idle times, helping to reduce costs by identifying wasteful practices.
- Reducing Accidents: With video footage of driver behavior, risky behaviors like distracted driving can be identified and corrected, reducing accidents. It promotes safe driving practices and reducing accident claims, companies can negotiate lower insurance premiums.
- Increased Customer Satisfaction: Video telematics provides real-time location tracking, helping predict accurate delivery times. It monitors driver behavior, companies can ensure professional conduct and safe, efficient driving habits.
Read More : Video Telematics Is A Game-Changer For Fleet Managers
Before You Go!
Video telematics has certainly changed the traditional fleet management into a more data-driven and efficient process.
With GPS tracking, the company can identify if a driver is stopping for too long. This information can be used to follow up with drivers and ensure they are adhering to their schedules. Reducing unnecessary stops helps maintain delivery timelines and improves overall efficiency.
Software like TrackoBit provides visual context to data, enhancing safety and efficiency, and translating into tangible savings and operational improvements for companies. If you're looking to boost your fleet's safety and efficiency, consider integrating video telematics into your operations.
