Insight™
Sensor-driven diagnostics that reveal how systems actually perform in real operating conditions.
Insight™ reveals how systems actually perform in the field by combining verified sensor measurements with transparent engineering analysis. Rather than relying on expected behavior or simplified assumptions, Insight™ shows how flow, temperature, and energy input interact under real operating conditions to provide a clear, defensible view of system performance over time.
Built on Verified Data
Insight™ connects directly to field-installed sensors to reveal how systems truly perform — not just as expected.
Continuous measurement of flow, temperature, and energy input uncovers system behavior that design data alone can't explain.
What emerges is a clear view of performance, inefficiencies, and change over time — often in places no one thought to look.
Forensic Insight from Verified Data
Hidden Inefficiencies
Exposes performance losses that go undetected without alarms or visible system failure.
Before / After Verification
Confirms whether operational changes lead to measurable, verifiable improvements.
Thermal Imbalance
Identifies inconsistent heat transfer and temperature inconsistencies within the system.
Energy Input vs Output Mismatch
Reveals when increased energy use does not result in a corresponding increase in thermal output.
Scaling & Fouling Detection
Identifies scale buildup and fouling, using temperature and efficiency drift to pinpoint where issues are occurring.
Ignition & Combustion Issues
Flags irregular startup or unstable combustion conditions that affect system performance.
Built for Scalability
Insight™ applies a consistent measurement methodology across all systems, installations, and environments.
With identical hardware and analysis logic, Insight™ ensures results that are consistent and comparable across locations, over time, and before and after changes.
This repeatability turns individual measurements into a framework for ongoing verification — from single units to large fleets.
Insight™ transforms verified data into actionable insights, showing how systems truly perform, how they evolve, and where assumptions fall short.