Field layer
PLCs or RTUs at each site handle local control and keep running even if communications fail.
Industrial Automation & IoT · SCADA & Remote Monitoring
Distributed sites, one control room — even if that is your phone.
SCADA, HMI and remote telemetry for pump stations, boreholes, reservoirs, tanks and silos — with alarms, trending and history across distributed sites.
What is SCADA?
SCADA (supervisory control and data acquisition) is software that collects data from PLCs, RTUs and sensors across one or many sites, shows it to operators on HMI screens, records history and raises alarms — and, where permitted, lets operators start, stop or adjust equipment remotely. It is used for pump stations, water and borehole networks, tanks and silos, plant utilities and production lines.
Typical SCADA and telemetry applications
- Pump stations and dewatering
- Boreholes and reservoirs
- Tank, silo and dam levels
- Irrigation systems
- Water treatment and dosing
- Compressors, boilers and utilities
- Cold rooms and chillers
- Production line status
How it works
From first survey to working system
Communications
Fibre, radio, GSM or LoRaWAN links chosen for each site’s distance, data volume and reliability needs.
Supervisory layer
HMI screens, alarm management, trending and a historian — on-premise, in the cloud, or both.
Business layer
Summaries, reports and integrations so management and maintenance systems see the same data.
Why it pays back
What you get
- Fewer site visits
- Faster response to alarms
- History to diagnose faults
- Remote control where it is safe
Technology
Standards and platforms
IgnitionSiemens WinCCNode-REDModbusDNP3OPC UAMQTTLoRaWANGSM
Where it applies
Industries we deliver this for
FAQ
Frequently asked questions
What is the difference between SCADA and IoT monitoring?
SCADA traditionally focuses on operator control and alarms in a control room; IoT monitoring focuses on collecting data to the cloud for dashboards and analysis. Modern systems blend both.
Can remote sites without power or network be monitored?
Yes. Solar-powered, low-power telemetry units using GSM or LoRaWAN can report levels and pump status from remote farms and boreholes.
Is remote control safe?
Only with proper design: local interlocks in the PLC, authenticated users, confirmation steps and a record of every command. Some sites should remain monitor-only.
Also in Industrial Automation & IoT
Next step
Tell us what’s slowing you down.
Describe the process, the system or the site. We’ll come back with a clear, practical view of what can be automated — and what it would take.