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Smart Ops
SMART OPS
01 Project Background project backgaound

This system uses digital twin technology to integrate data from multiple server-room systems, combining operations data, IoT device data, and 3D server-room spatial data. It divides the space into Room 001, Room 002, Room 003, the power distribution room, meeting room, fire-control room, and other areas for unified management, enabling more intuitive and refined server-room operations and maintenance.

02 Project Approachproject ideas

The smart server-room operations system is divided into three modules: server-room overview, alert situation, and equipment analysis. Each module can connect to the operations management system through built-in Wings Engine data-source interfaces. Data sources support real-time refresh, and module content can be customized and extended.

03 System Showcasesystem display
3.1 Server Room Overview

The server-room overview module deeply integrates multiple data resources and uses 3D technology to build a server-room model for comprehensive monitoring and analysis of key indicators such as room information, equipment status, and energy consumption statistics.

Immersive Data Display
Using digital twin technology, the system displays data related to each rack in visual graphics, allowing managers to understand rack data more intuitively and efficiently.
Real-time Status Monitoring
With digital twin technology, rack inspection results can be presented on the 3D model in real time, enabling real-time monitoring of rack status.
Heat Analysis
Using digital twin technology, the system displays rack temperature conditions in real time as a heatmap, helping managers quickly understand rack cooling conditions.
3.2 Security Situation

The alert situation module displays daily repaired and newly added alarms as well as equipment alarm status, summarizes equipment alerts, and presents the latest alarm events, including event time, content, and processing status, in real time.

3.3 Device Management

The device management module uses 3D technology to build rack models and display internal rack conditions, including rack information, device analysis, CPU analysis, and memory analysis.