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Remote monitoring for distributed equipment
UMEC provides a platform that allows service companies to monitor equipment remotely, detect anomalies early, and manage large fleets of installed systems from a single interface.
Without centralized monitoring, service operations rely heavily on customer reports and scheduled inspections. Problems are often discovered only after equipment has already failed.
Service companies are responsible for maintaining equipment installed across many locations. This can include HVAC systems, refrigeration equipment, water systems, pumps, power equipment, or other technical infrastructure.
Service companies
200 000+
devices is monitoring by UMEC system
10 years
experience in IoT software & hardware
50 000+
active users of our platform
Service teams can access a unified dashboard showing the status of all connected devices across all locations.
Alerts, automation rules, and historical data analysis allow technicians to diagnose issues remotely before dispatching a service visit.
UMEC connects field equipment to a centralized IoT platform where telemetry, alarms, and operational parameters are continuously monitored.
Solution
  • Technicians arrive on site with clear diagnostics.
  • Some issues can be resolved remotely without dispatching a team.
  • Equipment performance can be monitored continuously instead of periodically
This improves service efficiency, reduces operational costs, and increases service quality for customers.
Service operations become more proactive rather than reactive.
Result
When equipment fails, the service team usually learns about it only after a customer calls. Diagnostics require travel, and technicians arrive on site with limited information about the problem
This leads to longer response times, unnecessary service visits, and inefficient use of engineering resources
Service organizations often manage hundreds or thousands of devices installed across many customer sites
Business Problem
How It works
4
Alerts and automation
  • The platform can trigger alerts when operational parameters exceed defined thresholds.
  • Service teams receive notifications about potential issues and can react immediately.
  • Automation rules can also initiate predefined responses, reducing reaction time.
5
Efficient service operations
  • With remote diagnostics available, service teams can prioritize critical incidents and plan maintenance more efficiently.
  • Technicians arrive on site with a clear understanding of the issue and the required parts or tools.
  • This reduces downtime for customers and increases the productivity of service teams.
3
Continuous monitoring
  • The platform collects telemetry and visualizes equipment status through dashboards, SCADA-style diagrams, and analytical charts.
  • Technicians can monitor equipment remotely and detect abnormal behavior before failures occur.
  • Historical data helps identify patterns and recurring issues.
2
Fleet structure
  • All connected devices are organized into a structured hierarchy within the platform.
  • Service companies can group devices by customer, location, equipment type, or service contract.
  • This allows technicians and managers to quickly understand the operational state of the entire installed fleet.
1
Connecting installed equipment
  • Equipment at customer sites is connected through communication modules or industrial gateways.
  • Telemetry such as operational parameters, alarms, and system states is transmitted to the platform in real time.
  • Existing industrial equipment can often be connected without replacing controllers.
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