Data Center Infrastructure Management
The IntelliOne unified platform carrying BMS, EPMS, CCCS, Common and AI modules on one point database and one alarm center.
One platform from planning and construction through to 24/7 operation, so every site runs the same way.
The IntelliOne DCIM platform integrates digital twin visualization, tri-agent AI and industrial-grade redundant hot-standby architecture, providing full lifecycle capabilities for intelligent computing centers — from planning and construction to operation.
BMS, EPMS, CCCS, Common and AI modules share one point database and one alarm center, so every site is monitored, controlled and reported in the same way.
4 Subsystems Inside DCIM
Unified Console
Single console for monitoring, alarms, trends and reports across every site.
Unified Point Database
One point database shared by BMS, EPMS and CCCS, with automated consistency checking.
Redundant Hot-Standby
Industrial-grade redundant hot-standby architecture for continuous operation.
Full Lifecycle Delivery
Planning, construction, commissioning and operation kept on the same platform.
DCIM Technical Parameters
Platform Baseline
Every system runs on the IntelliOne platform base, so platform-level redundancy supports all five systems and their shared modules uniformly.
Values marked as design standard are engineering targets; 350 MW+ operating load reflects successfully delivered projects.
Redundancy Design in DCIM
Platform-Level Redundancy
Dual-node hot-standby cluster with multi-copy data storage and dual communication links, keeping the platform continuously available.
Dual-Node Hot-Standby Cluster
The core platform runs as a primary/standby server cluster. On primary node failure the switch is automatic and seamless, so monitoring and control continue without manual intervention.
Multi-Copy Data Redundancy
System configuration, real-time runtime and historical O&M data are stored in multiple copies. Single-point data corruption does not affect operation, and recovery and trace-back stay fast.
Communication Link Redundancy
Dual network links with dual-protocol parallel acquisition. When one link is interrupted the backup link takes over automatically, keeping data acquisition and control commands stable.
No platform-level single point of failure
Each system is independently highly available: a single system fault is isolated and does not spread to other modules.
Platform Base Support
Level 1 · IntelliOne unified platform layer
Every system runs on the IntelliOne platform base, so platform-level redundancy supports all five systems and their shared modules uniformly. Dual-node hot-standby cluster, multi-copy data storage and dual communication links remove platform-level single points of failure, keeping the global management view continuously available.
Deployment-Level Redundancy
Level 3 · Engineering delivery standard
Hardware-Level Redundancy
All control hardware, gateways and core servers use industrial dual-power redundant configuration, so a single supply failure does not affect device operation.
Network-Level Redundancy
Dual physical network links are deployed, with management and control networks physically separated and each carrying its own redundant paths.
Power-Level Redundancy
Critical control nodes include UPS backup as standard, so monitoring, emergency control and data reporting continue during a power loss.
Standard delivery configuration on every project — not an optional add-on. No single point of failure on site, suited to complex grid and environmental conditions across Southeast Asia.
Other Systems & Modules on IntelliOne
See DCIM in the Live Console
Explore monitoring, alarms and optimization flows with real-time console access.