Jihong Operating System

For traffic scenarios such as highway tunnels and expressways, achieving unified access, intelligent linkage, and remote O&M of mechanical and electrical equipment

Functional Overview

The Jihong Operating System is designed for traffic scenarios such as highway tunnels and expressways, achieving unified access, intelligent linkage, and remote O&M of mechanical and electrical equipment, building an "edge-cloud" integrated management and control system, and driving tunnel management to transform and upgrade from "manual inspection and passive emergency repair" to "remote visibility, proactive early warning, and one-click control."

Customer Pain Points

  • Heterogeneous and complex tunnel equipment, information silos: ventilation, lighting, fire protection, and monitoring systems in tunnels operate independently, with data unable to interconnect, resulting in low efficiency in emergency response and operations management.
  • Manual inspections are heavy and inefficient: inspections rely on manual shifts, which could replace more than 80% of manual patrol workload, yet still struggle to detect hidden equipment risks in time.
  • Long emergency response time: emergencies require manual operation of devices one by one, with high risk of operational errors and response cycles on the order of 10 minutes.
  • Equipment O&M depends on original manufacturers with high upgrade costs: traditional equipment has tightly bound software and hardware, making same-spec devices non-interchangeable, with repairs and replacements often taking days and high O&M costs.

Solution Advantages

  • Full-device OpenHarmony access: OpenHarmony transformation of ventilation, lighting, fire protection, monitoring, and power supply systems in tunnels enables full-device access with visibility, manageability, and controllability.
  • Emergency response improved to second level: based on Jihong, intelligent linkage of mechanical and electrical equipment improves emergency response from the 10-minute level to the 1-minute level.
  • Automatic inspection replaces manual work: automatic inspection can replace 80% of manual patrol workload and detect internal faults that manual inspection cannot find, with more precise fault localization.
  • Interchangeability reduces O&M costs: devices of the same specification and function certified by the Jihong ecosystem can be plugged and played without debugging, reducing repair time by up to 90% depending on the device.
  • Model replicated in multiple provinces: the relevant model has been replicated and applied in places such as Jiangxi, forming a replicable paradigm for smart tunnel construction.

Architecture Diagram

Architecture Diagram