Company Mission
Development of complex movement controls for autonomous systems in order to maximize operational effectiveness and safety, utilizing cutting edge technology for implementing AI in actuators. Complex movement is defined as unknown (a-priory) behavior in external and/or internal dynamics. In order to provide solutions for such applications we utilize machine learning technology and AI.
With our solutions, we can reach any desired target for the operation of autonomous systems in given external conditions. We are also able to provide solutions to any required safety level and target as set by regulatory parties or client requirements.
Proprietary Knowledge & IP
AutonomEES has developed the unique proprietary technology for implementation of AI in Actuators. Actuators can be compared to muscles in the human body, they are responsible for converting energy into movement for the entire system. For autonomous systems, there are two major considerations that must be optimized: operational effectiveness & safety. Both of these can be enhanced by providing control systems, and AI (machine learning) on the actuator level - thus the actuator responds to the environment in addition to control signals received from the navigation system, improving both effectiveness and safety. Structuring the actuators in a cluster form, allows a central control hub that improves safety and performance further: this is our unique technology.
Autonomous Solutions & Our Simulators
The interaction with autonomous systems requires complex, AI-empowered simulators. We supply elaborate simulation solutions and we utilize the simulators to develop our autonomous solutions. By simulating varied, boundary conditions in rapid succession and of high complexity, we are able to "teach" the actuators how to respond to different combinations of environments and conditions, thus utilizing machine learning and AI to make the actuators better, more effective, and safer. This ongoing improvement can be implemented until any required safety level is attained.