Technology proven on Australia's toughest concrete projects.

Major Bridge · WA

Fremantle Traffic Bridge

Swan River Crossings, Western Australia

Builder (published technology case study): Laing O'Rourke

6–8 hrs

Saved per pour · ~1 full day of program acceleration — source: published technology case study.

A new extradosed four-lane bridge replacing the 1930s structure — 35-metre towers, mass concrete, complex in-situ and precast works under tight program constraints. Embedded sensors gave engineers live maturity-based strength and continuous thermal compliance, removing cylinder-crush bottlenecks and enabling faster stripping and jump decisions.

Embedded Sensor MonitoringMass ConcretePrecast + In-Situ

Major Tunnel · VIC

North East Link Vent Tunnel

Melbourne, Victoria

Builder (published technology case study): CPB, Webuild, GS Construction and Engineering

24+ hrs

Wait time reduced per pour · 90% fewer thermal non-conformances — source: published technology case study.

Victoria's largest transport infrastructure program — a 267-metre ventilation tunnel poured with a 50% cement-replacement low-carbon mix. Long-range LoRa sensors delivered continuous strength data through curves and undulations without repeaters, keeping the low-cement mix on schedule while cutting eCO₂ by 44%.

Long-Range Sensor MonitoringLow-Carbon MixThermal Compliance

These references demonstrate applications of advanced embedded sensor technology. NAORA is technology-independent and delivers the complete managed monitoring service, from methodology planning and sensor installation through live data monitoring, milestone communication and the final traceable Concrete QA Record.

Published NAORA case studies will document scope, deployment approach and reporting outcomes.