Industrial automation for autonomous production systems

Aptiv PLC and Comau have entered into a collaboration to develop intelligent automation solutions for industrial applications. The cooperation focuses on autonomous systems, industrial robotics and digital infrastructure for manufacturing, warehousing and logistics environments.

Context of the cooperation
Aptiv specialises in technologies for data processing, sensing, connectivity and edge computing, while Comau develops automation and robotics solutions for industrial production environments. The cooperation builds on an existing technical relationship, including the use of VxWorks real-time software in Comau industrial controllers and the deployment of Comau robots in Aptiv manufacturing facilities.

The increasing complexity of industrial automation systems requires the integration of sensing, real-time data processing, robotics and safety architectures. The objective of the cooperation is to develop scalable and interoperable systems for industrial applications with high requirements for safety, flexibility and process stability.

Technical solution and responsibilities
The collaboration includes the joint development of solutions in the fields of autonomous robotics, AI-supported logistics automation, industrial connectivity and radar- and vision-based safety systems.

Aptiv contributes edge and cloud technologies, sensing solutions, high-performance computing and connectivity systems. These include platforms for real-time data processing and AI/ML applications at the network edge. Comau is responsible for integration into industrial automation and robotic systems, as well as validation in real production environments.

In the field of autonomous robotics, the partners are developing reference architectures and perception systems for autonomous mobile robots and collaborative robotic systems. In parallel, the Automha logistics software is planned to be expanded with AI-based analysis and control functions.

Deployment and integration
The solutions are designed for deployment in industrial manufacturing and logistics environments. Implementation includes the integration of sensing, robotics and control systems into existing infrastructures.

For industrial applications with increased safety requirements, alternative safety architectures with deterministic data processing and multi-zone monitoring are being developed. In addition, robust cabling and connector systems for demanding robotic applications are being integrated.

Applications and use cases
The cooperation addresses applications in manufacturing automation, intralogistics and warehouse operations. Use cases include autonomous mobile robots, collaborative robotic systems, automated warehouse management and industrial safety systems.

By integrating AI and edge computing technologies, the solutions are intended to improve real-time responsiveness, condition monitoring and lifecycle management of industrial systems. Radar- and vision-based monitoring systems support the detection of movement and hazardous zones in production environments.

Results and expected impact
The joint development is intended to simplify the integration of complex automation systems while improving the scalability of industrial applications. The combination of real-time data processing, sensing and robotics enables higher process stability and improved responsiveness in dynamic production environments.

In addition, modular safety and connectivity solutions can reduce installation and maintenance requirements while increasing the operational safety of industrial facilities.

Edited by Maria Brueva, Induportals editor – adapted by AI.

www.comau.com