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We list each device, its protocol and the signals that matter, and check power, cabling and connectivity.
Industrial IoT integration that connects PLCs, meters, generators, sensors and building systems to a central platform for monitoring, alerts, reporting and automation.
Industrial IoT integration connects equipment such as PLCs, smart meters, generators, sensors and building systems to a central platform where the data can be monitored, stored, analysed and used for alerts, reporting and automation. It typically uses an industrial gateway that reads each device over its native protocol — Modbus, OPC UA, BACnet or digital and analogue I/O — and sends the data securely to a cloud or on-premise database and dashboard.
We list each device, its protocol and the signals that matter, and check power, cabling and connectivity.
An industrial gateway reads devices over Modbus RTU/TCP, OPC UA, BACnet or I/O and buffers data if the link drops.
Data is published over MQTT or HTTPS on fibre, GSM or LoRaWAN — encrypted, outbound-only, with no open ports on site.
A time-series database feeds dashboards, reports, alarms and integrations with your business software.
A gateway on the meter’s RS-485 (Modbus RTU) or Ethernet (Modbus TCP) network polls the meter’s registers and publishes the values over MQTT or HTTPS to a database and dashboard. See the step-by-step guide.
Good gateways store readings locally and forward them when the link returns, so there are no gaps in the history.
It should be designed to be: outbound-only connections, encryption in transit, unique device credentials, no remote write access to control systems unless explicitly required, and separated OT and IT networks.
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.