Simulate
Debuggers and logs show lines of code; CppModel shows behavior. By simulating real controller code and visualizing its execution over time, CppModel helps engineers, reviewers, and stakeholders explore how a control system reacts to different inputs and conditions — without hardware and without model abstraction.
Tune
Tuning control algorithms directly in embedded code is often slow, risky, and hard to reason about. CppModel lets you adjust parameters while simulating the real control code, immediately showing how those changes affect system behavior over time. This makes tuning a safe, exploratory process — grounded in production logic and validated before anything is deployed.
Explore
CppModel turns control logic into something that can be explored, not just implemented. Colleagues working with hydraulics, mechanics, or electronics can interact with real control behavior through simulation — adjusting inputs, tuning parameters, and testing scenarios without needing to read or understand the code itself. This creates a shared understanding of how the system behaves, across disciplines and roles.
Minimize regression
How many times has a small, “unrelated” change broken behavior somewhere else? CppModel lets you run and validate real control code automatically, turning its simulated behavior into a reliable reference for continuous integration. By testing how the system behaves — not just what compiles — teams can detect regressions early and deploy changes with confidence.