what is vehicle tracking monitoring system

The Vehicle Tracking Monitoring System is an intelligent management system that comprehensively utilizes technologies such as satellite positioning, wireless communication, sensors, and the Internet of Things (IoT). It is designed to collect, transmit, store, and analyze data related to a vehicle's position, travel trajectory, speed, and status (such as fuel consumption and fault alarms) in real-time. Its core objectives are to enhance vehicle operation efficiency, ensure driving safety, optimize scheduling management, and provide data support for decision-making.

System Core Components and Technical Principles

System Core Components: Hardware devices + IoT SIM cards + software platforms

On-Board Unit (OBU):

• Functions: Integrated with positioning modules (such as GPS/BeiDou), sensors (accelerometers, gyroscopes, OBD interfaces), and communication modules (supporting 2G/3G/4G/NB-IoT/5G). It is responsible for collecting vehicle data (position, speed, mileage, engine status, etc.) and transmitting this data to the cloud management system via communication networks.
• Types of Hardware Devices:
  1. Basic models: Only support positioning and basic status monitoring (e.g., GPS trackers for freight vehicles).
  2. Intelligent models: Integrated with extended functions such as AI cameras (used for driver behavior analysis and lane departure warning) and temperature sensors (for cold chain transportation monitoring).

Optional Accessories:

• Cameras: Monitor in-vehicle and out-vehicle scenes (e.g., security monitoring for public transportation).
• Fuel Level Sensors: Monitor the fuel tank level in real-time to prevent fuel theft.
• Electronic Fence Devices: Define areas through RFID or Bluetooth beacons, triggering entry and exit alarms.

Role of IoT SIM Cards
IoT SIM cards provide mobile network access for on-board units and support data traffic transmission (such as reporting position data and issuing commands).

Characteristics of IoT SIM Cards:

• Private Network Communication: In certain industries (such as logistics and public transportation), IoT private networks provided by operators are used to ensure the stability and security of data transmission.
• Low-Power Features: Support low-power communication protocols like NB-IoT, extending the battery life of vehicle-mounted devices (suitable for new energy vehicles or offline devices).
• Management Functions: Through the operator's IoT management platform, APN configuration, data plan management, and real-time monitoring of SIM card status (such as balance and signal strength) can be achieved remotely.

Galagps Software Platform:

• Cloud Management System: Receives and stores vehicle data while integrating video streams and image data from dash cams. It provides a visual map interface that can display real-time vehicle positions and travel trajectories, and also allows for real-time access to the dash cam footage of specific vehicles. The report analysis module includes new statistical functions for driving video data, such as the number of video recordings triggered by dangerous driving behaviors (sudden braking, collisions). The alarm management function, combined with the AI recognition capabilities of dash cams, automatically triggers alarms when anomalies are detected (such as front-end collisions or pedestrians entering the driving area) and links to the corresponding video clips.
• Mobile APP: Enables administrators and drivers to view vehicle status in real-time. It features new functions for real-time preview and historical playback of dash cam footage, and supports online video editing and downloading of key segments. When receiving alarm information, it simultaneously pushes screenshots or short videos from the dash cam at the moment of the alarm. The dispatching task assignment function can be associated with dash cam videos. For example, videos of road conditions around the destination can be attached to task instructions, helping drivers plan routes in advance.