Remote bridge and road safety monitoring

Distributed bridge and road assets need vibration, tilt, water-level, and load monitoring plus event actions at the site.

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Source cover for remote bridge and road safety monitoring — The source is classified in the Buildings & Infrastructure topic; deployment scope must be confirmed before using it as a named reference.

SYSTEM PATH

Architecture described by the public source

RS485 sensors -> WiFi Mesh/LoRa/4G -> iNut edge -> dashboard -> automatic barrier, light, and siren.

Problem: Distributed bridge and road assets need vibration, tilt, water-level, and load monitoring plus event actions at the site.
Architecture: RS485 sensors -> WiFi Mesh/LoRa/4G -> iNut edge -> dashboard -> automatic barrier, light, and siren.
Deployed layer: Vibration/tilt/water/load sensors · Mesh/LoRa/4G · solar power · buffered data
Described outcome: Bring infrastructure status into one monitoring flow with an alert path that can continue through intermittent connectivity.

EVIDENCE BOUNDARY

Source-linked does not mean owner-approved

This dossier separates the public technical description from claims that still require acceptance metrics, field evidence, and owner permission. Use the original source to verify what is available today.

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