Smart Manufacturing Park Solution

End-Connect-Platform-Use Integrated Smart Park System

Functional Overview

We build an "end-connect-platform-use" integrated smart manufacturing park system. The bottom layer connects all terminals such as security, building, and access through Wi-Fi and POL ubiquitous networks for comprehensive perception; the core layer relies on a digital platform integrating AI, big data, and IoT technologies to break data silos; upper-layer applications deeply cover integrated security, energy efficiency management, facility O&M, and convenient access; combined with a multi-screen intelligent operations dashboard (IOC), managers can grasp the overall situation in real time, helping the park achieve safe, green, and efficient digital operations transformation.

Customer Pain Points

  • Equipment and system silos: security, energy consumption, equipment, and access subsystems in the park operate independently, with disconnected data and low management efficiency.
  • Slow safety incident response: traditional manual monitoring cannot provide real-time early warnings, and safety accidents are discovered late and handled slowly.
  • Serious energy waste: lacking refined energy consumption management, lighting, air conditioning, and power equipment are often in inefficient operation.
  • High O&M costs: equipment failures rely on manual inspections, preventive maintenance is lacking, and repair costs remain high.
  • Management decisions lack data support: park operations data is scattered, and managers cannot grasp overall operational indicators in real time.

Solution Advantages

  • End-side comprehensive perception: deploy intelligent sensors, edge computing nodes, HD cameras, and other terminals to collect equipment status, environmental parameters, energy consumption data, and personnel/vehicle trajectories in real time.
  • Ubiquitous connectivity: based on industrial OpenHarmony, Wi-Fi 6, and POL all-optical networks, all terminals in the park are plug-and-play with low-latency interconnection.
  • Platform integration: build a unified digital platform integrating IoT, AI, big data, and video cloud capabilities, breaking application silos and forming a park data middle platform.
  • Rich intelligent applications: AI video analysis (safety helmets, fire/smoke, violations, perimeter intrusion), AI energy consumption optimization models, equipment predictive maintenance, face/license plate recognition, and online visitor appointments.
  • IOC operations dashboard: multi-screen linked 3D digital twin map, displaying KPIs such as safety, energy, equipment, and personnel in real time, supporting drill-down analysis and emergency command.

Architecture Diagram

Architecture Diagram