Centralized monitoring for building infrastructure
UMEC provides a centralized platform that allows building operators to monitor engineering systems, visualize infrastructure, and maintain operational stability across the entire property portfolio.
Managing these systems across large buildings or multiple properties requires constant monitoring and coordination between technical teams.
Modern buildings rely on a wide range of engineering systems — HVAC, pumps, water supply, electrical equipment, energy systems, and safety infrastructure.
Commercial real estate & buildings
200 000+
devices is monitoring by UMEC system
10 years
experience in IoT software & hardware
50 000+
active users of our platform
The platform provides dashboards, SCADA-style diagrams, and building-level visualizations that reflect the real structure of the infrastructure
Facility teams can monitor equipment across multiple buildings, track system states, and receive alerts when abnormal conditions occur.
UMEC connects engineering systems to a centralized monitoring platform where operational data from all buildings can be collected and visualized.
Solution
  • Facility teams can detect anomalies earlier and respond faster to technical issues.
  • Operational performance becomes measurable across properties.
  • Maintenance planning can be based on real operational data rather than manual inspections.
This improves building reliability while reducing operational risks
Building operators gain real-time visibility into engineering infrastructure.
Result
Failures in HVAC, water systems, or electrical infrastructure can affect tenant comfort, building operations, and operational costs.
This makes it hard to detect early signs of malfunction or compare operational performance across buildings.
When multiple buildings are involved, maintaining visibility into system performance becomes increasingly difficult. Facility teams often rely on local control systems and manual reporting.
Commercial buildings contain complex engineering systems that must operate continuously.
Business Problem
How It works
4
Monitoring and alerts
  • Operational data from building systems is monitored continuously.
  • When parameters move outside defined thresholds, alerts are generated automatically.
  • Technical teams can react quickly and investigate issues before they escalate.
5
Performance analysis
  • Historical operational data allows building operators to analyze system performance over time.
  • Facility managers can compare different buildings, track efficiency trends, and identify areas where infrastructure improvements are needed.
  • This supports long-term operational optimization.
3
Infrastructure visualization
  • Engineering systems can be displayed through SCADA-style diagrams and floor plan visualizations.
  • Facility teams can see how systems are interconnected and identify the location of potential issues.
  • This improves situational awareness for technical teams.
2
Building structure
  • The platform organizes devices according to the structure of the building.
  • Equipment can be grouped by building, floor, technical zone, or engineering subsystem.
  • This structure mirrors the real physical layout of the infrastructure.
1
System integration
  • Engineering systems within the building are connected to the platform through communication modules or industrial gateways.
  • This allows operational parameters such as temperatures, pressures, system states, and alarms to be transmitted to the platform.
  • Existing automation systems can often be integrated without replacing controllers.
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