Depth across the complete physical system.
Amastack combines simulation, mathematics, robotics, real-time software, and digital twins so models survive contact with operational reality.
Deep engineering across every scale of the system.
Five connected disciplines turn mathematical models into simulated worlds, embodied machines, deterministic runtimes, and living digital counterparts.
Platforms are components.
The system is the product.
We select and connect technologies around the physical problem, timing model, evidence requirements, and deployment boundary.
Robot simulation, synthetic sensing, policy evaluation, and physically grounded workflows.
Immersive simulation, multiplayer actors, operator interfaces, and deployable visual systems.
Contact, rigid bodies, fields, materials, constraints, and domain-specific solvers.
Compute where it changes throughput, latency, or experiment scale—not as decoration.
Calibration, feature tracking, detection, controlled edge cases, and measurable evaluation.
See how the disciplines become one operating loop.
Inspect the capability engine, simulation laboratory, and model harness.
Open Systems