IOT News

1. Industry Background

Behind every city skyline filled with high-rise buildings lies the hard work of countless aerial work machines. These machines shoulder critical tasks such as curtain wall installation, facility maintenance, and high-altitude cleaning—contributing to urban development. At the same time, however, the sheer number and scattered distribution of aerial work machines make effective management and monitoring a formidable challenge. Compounding this issue, inconsistent operator skill levels and frequent violations of operating procedures have led to a high incidence of safety accidents, seriously impacting project timelines.

2. Industry Pain Points

Information Asymmetry – There is a lack of data-sharing channels between construction sites and management departments. The absence of synchronized equipment operational information leads to management confusion and hinders business expansion.
Difficult Supervision – Traditional manual inspection methods are inefficient and cannot meet the monitoring needs of large equipment fleets. Meanwhile, complex and ever-changing site environments further increase the difficulty for regulatory authorities.
Slow Emergency Response – Equipment often operates as standalone units, making faults undetectable. When faults are eventually discovered, maintenance cannot be performed promptly—further increasing accident risks and economic losses.

3. Solution Overview

To address these pain points, we have developed a remote monitoring and maintenance management system for aerial work machinery, enabling intelligent control of these assets. Through WideIOT industrial smart gateways, the system collects data from various sensors and PLCs and provides a real-time network channel for cameras. Equipment status is monitored in real time and transmitted to a cloud platform. By combining big data analytics, artificial intelligence, and other advanced technologies, the system delivers risk warning, fault diagnosis, and remote maintenance capabilities—helping enterprises easily overcome various challenges.

4. System Functions

Real-Time Surveillance – High-definition cameras capture live footage of machinery operation and operator activity, transmitted in real time to the monitoring center—enabling management personnel to maintain comprehensive situational awareness.
Data Management – Records equipment performance parameters, generates operating curves, and presents them in a centralized, visualized platform. Equipment electronic archives and maintenance records can also be quickly retrieved.
Early Warning Notifications – When equipment abnormalities or potential hazards are detected, the system immediately triggers alerts, notifying relevant personnel to take appropriate action and prevent safety incidents.
Remote Maintenance – Engineers can perform remote PLC programming, debugging, and program upload/download for off-site equipment—improving work efficiency and reducing travel expenses.
Predictive and Preventive Maintenance – By analyzing big data alongside alarm and maintenance records, the system supports the development of predictive and preventive maintenance strategies, providing a reference for maintenance planning and optimizing resource allocation.