InHand VG814 Integrates Smart Public Transport Systems for Seamless Management

InHand VG814 Integrates Smart Public Transport Systems for Seamless Management

1. Scenario Background

A public transport operator struggled with fragmented operational systems, lacking a unified platform for management. It faced key issues: inability to integrate multiple systems, insufficient vehicle video monitoring and pedestrian identification, inaccurate location tracking, unstable network, and lack of secure data transmission—all hindering operational efficiency and safety.

2. Product Selection

InHand VG814 Industrial Gateway was selected. Its core advantages: supports multi-system integration and protocol conversion, integrates 4G/5G & APN dedicated network, compatible with GPS/Beidou positioning, and features industrial-grade stability for vehicle environments (vibration, temperature changes).

3. Core Pain Points

  • Need to integrate all different systems into one smart public transport platform.
  • Require all-round vehicle video monitoring, pedestrian intelligent identification, and real-time vehicle status monitoring.
  • Demand powerful GPS/Beidou location tracking and remote control capabilities.
  • Need stable 4G/5G cellular network and APN network support for secure data transmission.

4. Solutions with InHand VG814

The VG814 acts as a "central data hub" to address all pain points:
  1. Unified System Integration: Connects on-vehicle devices (cameras, sensors, GPS/Beidou modules) via multiple interfaces, converts incompatible protocols into a unified format, and integrates all data into one smart public transport platform.
  2. All-Round Monitoring: Transmits real-time video feeds for all-round vehicle monitoring; links with pedestrian identification sensors to alert drivers of jaywalking risks; monitors vehicle status (speed, fuel, etc.) in real time.
  3. Precise Positioning & Remote Control: Leverages GPS/Beidou for accurate location tracking (delay < 2s); enables remote control (e.g., remote vehicle immobilization) via secure cloud communication.
  4. Stable & Secure Network: Uses 4G/5G for high-speed data transmission, supports APN dedicated network to ensure secure transmission of sensitive operational data, with automatic reconnection to avoid interruptions.

5. Implementation Results

• Realized unified management of all systems, improving operational efficiency by 40%.
• Reduced pedestrian-related accident risks by 60% via intelligent identification; vehicle fault response time shortened from 1 hour to 10 minutes.
• Location tracking accuracy reached 99.8%; remote control resolved 50% of minor issues without on-site visits.
• Network stability rate reached 99.9%, ensuring secure and uninterrupted data transmission.