Four reproducible benchmarks. One computational engine.
Each POC opens with a plant scenario your engineers will recognize, walks through what SolvSRK changes, and ends with benchmark numbers your process team can verify against their own data.
The benchmark suite
From control loop to fleet-wide predictive maintenance
Each POC builds on the capabilities the previous one demonstrated. POC 1 proves the self-regulating architecture. POC 2 tackles multi-regime dynamics. POC 3 shows edge-cloud twin parity. POC 4 adds model-free anomaly detection.
Self-Regulating Process Control Under Sensor Degradation
PID loop under 5 degradation profiles. SolvSRK holds ±0.3% setpoint. Standard PID: ±4.7% overshoot, 2 trips in 100 cycles.
Multi-Regime Manipulator Dynamics
SCARA 4-DOF and 7-DOF manipulator benchmarks. SolvSRK matches LSODA impedance parity across full workspace. Standard RK45: diverges at contact transition.
Predictive Maintenance with Edge-Cloud Parity
Edge PLC and cloud twin running the same SolvSRK binary. 100% fault-detection recall, 0 false positives from numerical mismatch. Standard stack: 23% false-alarm rate from solver disagreement.
Model-Free Sensor Anomaly Detection on Process Instruments
200-channel process bus, 3 operating modes. SolvNum scale-discontinuity detector: 100% recall, 0 false positives. ML baseline tuned for one mode: 0% recall in another.
Want the numbers on your own plant?
Run these benchmarks on your actual process model.
A bounded-scope benchmark against a sanitized model of your actual process. Two weeks, fully credited toward a Year-1 license. Every claim above traces back to a simulation you can verify.