Bridge the gap between your models and optimal decisions.
Finally, get the value you deserve. In minutes, not months.
Watch how globalMOO® turns complex, multi-objective decisions into clear, actionable results.
Today's models are more interdependent, more AI/ML driven, with many objectives — optimization of complex systems is not optional, it's a necessity for success.
Reveals a complete set of viable solutions rather than one "optimal" answer — users choose based on strategic priorities.
Train once and optimize many times — even at the edge with limited computing resources.
Inverse solution technology quantifies hidden biases and identifies spurious correlations in black-box AI models.
Optimize coupled systems across organizational silos with unified multi-objective analysis.
Not a science project. A production-ready decision platform.
Works with scheduling engines, routing systems, simulations, AI/ML, and spreadsheets.
Integrates with your existing infrastructure via a simple API. No rip-and-replace.
Optimize all objectives simultaneously without changing your underlying models.
Problem owners optimize directly without optimization specialists.
Look inside AI/ML black boxes to understand what drives your outcomes.
Optimization cycles in seconds for complex, multi-unit decisions.
Real results across industries, measured in hard numbers.
Explore our interactive decision intelligence platform — real multi-objective optimization running in your browser.
Use optimization as naturally as a calculator.
Repeat steps 4–5 as needed — no retraining required.
Unlike 50-year-old standard optimization methods, globalMOO® is built for complex systems.
| Capability | globalMOO® | Traditional |
|---|---|---|
| Technology | Inverse solution from objective to action | Forward solution — try many inputs |
| Solutions | Set of viable options | Single solution |
| Objectives | Multiple, simultaneous | Subjective weighting |
| Models | Any type (AI/ML, blackbox, nonlinear) | White-box and/or linear |
| Complexity | 100s of objectives, highly nonlinear | Fails for complex problems |
| Integration | 4 weeks, 5 API endpoints | Months to years |
| Expertise | Problem owners optimize directly | Requires specialists |
| Computing | Works at the edge | Requires significant resources |
Optimization for complex systems — deployed in weeks, not years.
Handle hundreds of competing goals simultaneously.
Problem owners run optimization directly without specialists.
Make optimized decisions in seconds, not hours or days.
Break organizational silos with unified optimization.
Calibrate and optimize digital twins efficiently.