A thermodynamic intelligence architecture that renders the operational physics of global industrial infrastructure visible, traceable, and engineer-defensible — read-only, deterministic, and outside the actuation loop.
Enter the Architecture →A dashboard reports what a sensor saw. An interpretation layer reconstructs how the thermal system is actually behaving.
YBG Global delivers a thermodynamic interpretation layer that sits beside the operator and mirrors how performance engineers already work — outside the actuation loop, outside the process environment itself. It is an intelligence layer for conventional control architecture, not a replacement for it.
The result is a determination an operator's own performance engineer can review line-by-line: not a prediction, not a benchmark, but a quantification of what the unit has already proven it can do.
Beneath every operating asset is a continuous thermodynamic field the control system never sees — heat-transfer effectiveness, radiative coupling, parasitic load, drift propagation.
Combustion is actuated. Heat transfer is not. The pathway from fuel-energy release to absorbed thermal load is governed by a coupling topology no control loop reaches — emissivity, fouling, slag, geometry, fluid-side conditions, and load-conditioned radiative behaviour.
ControlAlign™ reconstructs that topology from the asset's own historian — a closed-form interpretation of how energy actually couples into the working fluid, asset by asset.
Combustion is controlled. Heat transfer is not.
Drift is not noise. It is the operational signature of an asset departing from the performance envelope it has already demonstrated — reconstructed load condition by load condition, asset by asset, fleet by fleet.
Above the actuation layer. Beneath the strategic layer.
An interpretation field for the operational physics of industrial civilization.
The deepest technical work disappears into the result. An operator does not read framework — they read a number that they, and their engineers, can defend.