Project Overview

Currently, most highway patrol methods are still in the manual stage, with low levels of automation, informatization, and intelligence. Manual patrols are too subjective, inefficient, and struggle to generate structured data. The accuracy, completeness, and usability of patrol results cannot be guaranteed, and there are also safety risks for personnel during patrols. Because the condition of highways cannot be monitored in a timely manner, minor repairs and preventative maintenance cannot be organized promptly, hindering the improvement of the scientific and timely nature of maintenance.
Our company designs and develops highway patrol equipment suitable for all types of vehicles in accordance with the requirements of the "Highway Maintenance Technical Specifications". It can transform ordinary patrol vehicles into rapid patrol vehicles, greatly improving the efficiency of daily patrols. Combined with the process-oriented handling of problems and the visual display of road conditions, it effectively enhances the business level of daily maintenance.

Construction goals

Build a replicable intelligent traffic management system that is comprehensive, prioritizes safety, features tiered coordination, and continuously optimizes its implementation.
  • 01

    Full coverage

    Build a road and traffic information system covering cities, counties, and townships to achieve real-time perception of key road sections.

  • 02

    Security

    Establish an intelligent monitoring and automatic early warning mechanism for road network hazards to improve early detection rate and response efficiency.

  • 03

    Multi-level linkage

    Establish a hierarchical management platform at the city, county, and township levels to support cross-level collaboration and command decision-making.

  • 04

    Service Improvement

    Optimize operation scheduling and travel services to improve road operation efficiency and public travel experience.

Demonstration and guidance

Create replicable best practices in the industry.
  • Intelligent inspection of rural roads

    By employing video and sensor fusion technology, road surface defects and safety hazards are automatically identified and early warnings are triggered.

  • City and county-level integrated platforms

    To achieve unified display and cross-departmental sharing of traffic data, maintenance records, and accident information.

  • Highway operation monitoring mechanism

    Establish a closed loop for data collection, operational analysis, and information dissemination to form a quantifiable management process.

Application effectiveness

Quantifiable management efficiency and public value; more efficient regulation; smoother travel; more valuable data.
  • More efficient regulation

    Road maintenance and safety supervision can be managed visually and scheduled in a more refined manner, resulting in lower inspection costs and faster response times.

  • Smoother travel

    Traffic flow monitoring and optimized scheduling reduce congestion duration, significantly improving the public's travel experience and sense of security.

  • Data Value Release

    Multi-source data fusion is used for road network planning, maintenance prioritization, and emergency decision-making, supporting scientific quantitative assessment.