REAL-TIME-SIMULATION
Custom
Made
Solutions
To Build Your System Digital Twin
At Optimuos we build real-time simulation with our proprietary methodology, building high-fidelity models for complex systems. Whether for devices, biological systems, thermal behavior, or fluid dynamics, our technology delivers unmatched accuracy and responsiveness, enabling precise performance predictions in real-world conditions.
Unlike traditional static simulations with fixed inputs, our models adapt dynamically, continuously updating to reflect aging, wear, environmental shifts, and operational changes. This real-time evolution digitally twins system behavior, providing immediate insights that drive smarter, faster decision-making.
A complex system integrates multiple domains, each governed by distinct physical principles. To accurately model, simulate, and predict its behavior, a high-fidelity digital twin must capture interactions between mechanical, electrical, control, thermal, and fluidic systems as well as biological responses when applicable. At Optimuos, we create adaptive, real-time models that evolve with live data, ensuring precise predictive capabilities for engineered and biological systems.
What We Model:
Mechanical & Structural Dynamics
- FEA & Multi-Body Dynamics
- Material Behavior
Electrical & Electromagnetic Systems
- Circuit Simulation
- Sensor-Driven Modeling
- Electromagnetic Fields
Fluid Dynamics & Multi-Phase Flow
- CFD Simulation
- Fluid-Structure Interaction
- Multiphase Systems
Biological Systems & Bio-Mechanics
- Organ & Tissue Simulation
- Biofluid Dynamics
- Biomechanics
Hybrid Systems: Device-Biology Interactions
- Medical Device Integration
- Soft Tissue Interaction
Control Systems & Embedded Intelligence
- Real-Time Control
- System Optimization
Thermal Behavior & Heat Transfer
- Heat Dissipation
- Thermal Stress & Expansion
- Coupled Multi-Physics Analysis
How We Capture System Behavior
✔ Multi-Domain Integration – Combining physics, AI, and real-time data for system-wide modeling
✔ AI-Powered Prediction – Machine learning-enhanced simulations for adaptive control
✔ Scalable Architecture – Supporting device-level and system-wide digital twin solutions
Phases & Validation Gates
Our structured approach ensures each phase meets key validation checkpoints for accuracy.
- Define & Analyze
- Develop & Integrate
- Validate & Deploy
- Optimize & Improve