Infrastructure
Build Stronger Foundations for Critical Infrastructure
From bridges and tunnels to dams and transit systems, EXACT equips infrastructure teams with the real-time intelligence needed to keep projects safe, compliant, and on schedule.
Are you required to monitor mass concrete temperature and thermal gradients to meet DOT or spec requirements?
Have you ever lost valuable data due to unreliable sensors — and had to bring in a consultant to defend your results?
Do you worry about thermal cracking in mass concrete pours like abutments, piers, or mat foundations?
Have delays from break tests ever put million-dollar pours at risk?
What if you could see curing progress — live, on your phone — across every pour on-site?
Cast-in-Place Infrastructure
Real-time thermal insight. Infrastructure-grade strength validation. Predictable curing control. Full site-wide visibility. Explore EXACT’s suite — xMonitor, xMatch, xControl, and xTrack.
xMatch with concrete cylinders
Match cure cylinders for early age results and maturity verification.
xMonitor embedded in pier
Fully wireless temperature and strength for early age form stripping.
xMonitor bridge decks
Temperature and strength for early age road opening.
xMonitor in foundations
Monitor temperature in mass concrete to comply with maximum temperature and differentials.
xControl on heaters
Monitor and control heaters remotely.
xTrack reporting
Access precast data and/or perform digital quality control inspections.
From bridges and tunnels to dams and transit systems, EXACT equips infrastructure teams with the real-time intelligence needed to keep projects safe, compliant, and on schedule.
Top Reasons Infrastructure Teams Choose EXACT.
Featured Projects
Achieving Mass Concrete QC Compliance on Ontario’s Third Segmental Bridge Project
Concrete temperature monitoring for the William Halton Parkway segmental bridge in Oakville, ON. See how EXACT Flex Loggers ensured construction quality control and structural integrity across 11,600 m³ of mass concrete in this critical infrastructure project.
The Eglinton LRT: How to Make a Big Impact with a Smaller Carbon Footprint
The Eglinton LRT project used high-volume SCM concrete to reduce emissions, manage heat during curing, and enhance durability, aiming for significant GHG reductions in Canada’s infrastructure projects.
Driven by a commitment to helping our clients succeed, we take pride in building a legacy of innovation and excellence that will stand the test of time.
