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Managing large device fleets at infrastructure scale
UMEC provides a scalable IoT platform that allows operators to manage large fleets of distributed devices, monitor infrastructure status, and maintain centralized operational visibility.
These systems are often deployed across thousands of locations and require continuous monitoring to ensure network reliability and operational stability.
Telecom operators and infrastructure providers manage large fleets of distributed devices — base station equipment, power systems, network cabinets, environmental sensors, and other field infrastructure
Telecom infrastructure & large device fleets
200 000+
devices is monitoring by UMEC system
10 years
experience in IoT software & hardware
50 000+
active users of our platform
Devices deployed across multiple sites can connect to the platform through standardized communication channels. Telemetry from these devices is collected, structured, and displayed through unified monitoring dashboards.
Operators can track device status, monitor operational parameters, and manage large fleets from a single platform
UMEC provides a centralized device management platform designed for distributed infrastructure environments
Solution
Technical teams can detect anomalies earlier, investigate issues remotely, and maintain a structured inventory of deployed equipment.
The platform enables more efficient infrastructure monitoring and supports scalable device fleet governance.
Infrastructure operators gain centralized visibility across thousands of distributed assets
Result
Each site may include multiple systems such as power supply equipment, environmental monitoring devices, network hardware, and control units.
This makes it difficult to maintain consistent operational awareness and respond quickly to infrastructure issues.
Without centralized fleet management, maintaining visibility across such infrastructure becomes complex. Operators often rely on multiple monitoring systems and fragmented data sources.
Telecom infrastructure is geographically distributed and consists of a large number of independent technical sites.
Business Problem
How It works
4
Alerts and operational response
  • When critical parameters exceed defined thresholds, the platform generates alerts for operations teams.
  • Engineers can investigate issues remotely and determine the appropriate response before dispatching field technicians.
5
Infrastructure analytics
  • Historical telemetry provides insight into long-term infrastructure behavior.
  • Operators can analyze system performance, identify recurring issues, and optimize infrastructure maintenance strategies.
3
Centralized monitoring
  • Dashboards provide real-time visibility into infrastructure performance.
  • Operators can monitor operational parameters, device states, and alarms across thousands of distributed systems.
  • This enables early detection of abnormal conditions.
2
Fleet structure
  • Devices are organized into a structured hierarchy representing regions, sites, and equipment categories.
  • This allows operators to navigate large device fleets efficiently and quickly identify the operational state of infrastructure across the network.
1
Device connectivity
  • Field devices connect to the platform through communication modules or gateways using secure messaging protocols.
  • Telemetry from each device is transmitted to the platform, allowing operators to monitor operational parameters across the network
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