The automotive industry requires many different microcontroller-based systems, which are increasingly being used for the control of decentralised tasks. Leveraging our engineering toolchain and functionally safe control elements, we design fully integrable comprehensive systems that simplify the process of standardizing and configuring microcontrollers. These systems attain certification up to the safety standard SIL 3.

The demand for modern drive technology is tied to versatile applications and functional safety requirements. Based on pre-certified components, Neuron Automation develops customized integrated solutions that allow for standardization and parameterization of drive controllers independent of the firmware. Subsequent recertification of the created application is not necessary.

Functional safe controllers (controls) in sensor technology consume a significant amount of resources due to their complexity. Special tools and trained developers are required for programming and firmware updates to ensure compliance with certification standards at all times. Neuron Automation decouples firmware from the application and develops efficient solutions that allow OEMs to easily program safety applications themselves without the need for recertification when expanding or adapting them.

In Mobile Automation, microcontroller-based systems are increasingly being used to control autonomously operating vehicles and construction machinery. Ensuring functional safety is of paramount importance for safe usage. Together with our customers, we develop comprehensive solutions that allow programming of various platforms, systems, and the central control unit using a single tool.

Increasingly, physical barriers between humans and robots are being removed in factories to facilitate seamless collaboration. Ensuring the uninterrupted safety and functionality of robots becomes even more critical to prevent hazards and damages. Neuron Automation develops comprehensive solutions that enable the programmability of safety functions, as well as the standardization and parameterization of individual robot arms and the central control unit using a single engineering tool.

In the realm of building automation, especially in building climate control, there is a growing need for universally applicable hardware and software solutions that are platform-independent, enable programming according to IEC 61131-3, and seamlessly integrate into a variety of systems. Collaborating with our customers, we develop hardware-agnostic, scalable comprehensive systems that allow for uniform standardization and parameterization of individual components using just one engineering tool.