Premium control performance
Closed loop behavior tuned to the physics of each system, not generic templates, delivering response, precision, and stability margins above what is available today.
One framework. Many products. Every motion control system in every safety critical domain, built on a shared physics first, AI augmented foundation.
Closed loop behavior tuned to the physics of each system, not generic templates, delivering response, precision, and stability margins above what is available today.
Continuous failure monitoring, prognosis and diagnostics, and extensive fault tolerant operation, woven through every layer of the architecture rather than bolted on after.
AI powered discovery of unmodeled system dynamics and user behavioral preferences, executing inside the embedded controller, in real time, without compromising determinism.
Each product line is an instantiation of the universal dynamical control framework, specialized for the physics of its domain while sharing the same architecture, the same safety case, and the same development platform.
A single coordinated controller for steering, braking, and suspension in passenger vehicles. Designed for advanced driver assistance systems and autonomous driving.
A multi layered, generalizable, modular software architecture that turns every motion control product into a reusable composition of well defined layers.
Analytical, physics grounded models coupled with optimized machine learning modules that identify unmodeled dynamics and learn user behavior, online, in real time.
The framework is itself produced by a powerful development platform that uses generative AI tools to accelerate the creation of comprehensive intellectual property portfolios and production ready embedded software.
Tell us what you are building. We will tell you whether the framework can help, honestly and quickly.
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