Industrial monitoring
Detect machine risk from a LoRaWAN vibration sensor
Turn a binary WISE-2410 uplink into readable vibration and temperature signals, then coordinate the response before a machine interruption.
Illustrative pattern · Based on documented SmartMod capabilitiesFollow the signal
From input to accountable response.
A maintenance team needs more than raw packets. It needs a clear exception, enough context to assess it, and a repeatable path to the people and systems that can act.
What SmartMod contributes
Composable capabilities, one operating context.
A conceptual maintenance response that turns an equipment signal into a visible, traceable decision path.
Logical nodes
Represent a sensor behind a gateway without losing its own identity and metadata.
Catalog decoder
Use the documented WISE-2410 codec instead of parsing every payload downstream.
Telemetry automation
Evaluate measurements and apply an interval to avoid repeated alerts.
Multi-step flow
Pass the same event context through actions arranged as a directed acyclic graph.
A possible implementation path
Start with the outcome, then connect the pieces.
- 01
Connect the field signal
Register the gateway and logical node in an isolated workspace.
- 02
Decode once
Associate the built-in codec so every uplink becomes consistent telemetry.
- 03
Define the exception
Create the operating condition and a sensible cooldown for repeated readings.
- 04
Coordinate the response
Notify the team and connect the event to the maintenance process.
Grounded in the product
What the documentation confirms.
- WISE-2410 is documented as a LoRaWAN Class A vibration and surface-temperature sensor.
- The built-in codec key is advantech.wise-2410:1.0.0.
- SmartMod logical nodes support a gateway ID, protocol, codec ID, and expected uplink interval.