Submersible and horizontal pumps at remote sites and critical motors in plants are usually noticed only when they stop. Bearing and winding temperature, vibration and speed stay on site; running hours and maintenance counters are kept by hand. The energy analyser's data lives on a separate screen, in a separate world. And these are not cheap machines: each is an expensive motor representing a serious investment; an unplanned failure means repair cost and downtime at once.
Three layers, one product. The industrial field gateway reads 10 PT100 channels, 2 × 4-20 mA (pressure transmitter or front/rear motor vibration) and speed, bridges the energy analyser to the platform over RS485, and sends the data to the cloud over Ethernet, Wi-Fi or a cellular network with priority-based automatic failover and TLS-protected MQTT. The platform runs in the cloud or, on request, on-premise within your organisation; with a company → location → station → motor hierarchy it writes the data to a time-series database, runs it through a threshold-based alarm engine and pushes it to live screens instantly; it sends e-mail, SMS and in-app notifications and produces CSV/Excel/PDF and scheduled reports. A public API and signed webhooks connect it to ERP and SCADA systems; a Modbus TCP server feeds local SCADA directly. Even at a site with no internet at all, the device takes commands and is managed over SMS. All of this data is continuously monitored by the predictive-maintenance AI model developed by SMB Teknoloji.
Development is complete; the field gateway and the platform are up and running. The automatic rollback on remote network changes has been verified on real hardware in four scenarios, and RS485 reading with a real energy analyser. The web panel, licence management, public API and webhooks are ready for use.