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 owner approved an anonymous transaction-evidence scope from the invoice; the CMS cover is illustrative and not bridge-safety acceptance evidence.

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

Approved evidence boundary

This dossier separates the public technical description from the owner-approved scope in the worksheet. The status permits anonymous source evidence only; customer names, KPIs, field photos, and endorsements need separate permission.

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