Contact UsSATELLITE SCADA DEMONSTRATION
Satellite SCADATelemetry Demonstration
A frozen demonstration of Satellite Sensor Technologies field telemetry, showing how remote satellite data can be presented through an industrial SCADA interface without requiring a permanently running licensed SCADA server.
Satellite telemetry SCADA demonstration Modbus TCP Static demonstration snapshot
DATA PATHWAY
From field measurement to SCADA.
One telemetry path feeds the live website while preserving industrial interfaces for customer SCADA, historian and operational systems.
Demonstration snapshot
Field sensorVoltage, current and remote asset measurements
TRU interfaceValidate, encode and prepare field telemetry
Satellite linkStore-and-forward satellite communications
SCADA gatewayNode-RED, MQTT and Modbus TCP integration
IgnitionPerspective live operational visualisation
SSTech Live TelemetrySatellite Sensor Technologies
DEMONSTRATION SNAPSHOT
REMOTE ASSET TELEMETRY
Satellite TRU Monitoring
Frozen values captured from the working SSTech Node-RED → Modbus TCP → Ignition Perspective data path.
CRC VALIDPASS
GNSS VALIDPASS
BRIDGEHEALTHY
COMMSONLINE
DATA QUALITYGOOD
Demonstration snapshot — values frozen from a successful live system test
Voltage, current, GNSS and shunt measurements presented in engineering units.
CRC, bridge health, GNSS validity and communications state presented with the telemetry.
Operational SCADA data can be trended, alarmed and retained alongside the existing InfluxDB telemetry path.
The demonstrated Perspective architecture provides a modern browser interface suitable for secure remote operations.
Satellite telemetry is not conventional real-time PLC control.
Measurement and receipt times may differ because satellite communications are store-and-forward. The SCADA layer is designed to expose data quality, communications state and telemetry age so operators can distinguish a valid delayed measurement from a communications fault.