New dimensions in the solution space for safe and secure embedded systems based on Linux.
Join the discussion on „maintainable safety“ and open-source components for high-performance computing. Have a finger on the pie for new dimensions in the solution space for safe and secure systems based on embedded Linux. And contribute to bridging the gap in between different processes, lifecycle-models, business-models and even cultural aspects in between open-source, functional safety and cybersecurity along products’ lifetimes.
The eLSA Symposium has been initiated 2025 to support enabling the utilization of open source software in (highly) regulated context, mainly functional safety and security. The idea is to bring together academia with peers from industry from different domains. The symposium is for everybody, who
- utilizes open-source software in safe and secure embedded systems
- wonders how to utilize and maintain open-source software in regulated context
- works on methods and tools used to qualify open-source software
Linux is finding its way into the field of safety-related and secure systems. In this market, the needs are driven by demanding obligations dictated by standards and regulations on cybersecurity as well as functional safety. This is heavily driven by use-cases with an increasing need for HW/SW solutions useable for cognitive and interconnected cyberphysical systems. The ever increasing complexity and diversity of those demands in addition to the advancements in hardware ask for adequate HW/SW solutions. The industry is working on solutions based on embedded high-performance computing. And safe and secure operating system solutions based on Linux have been presented and are entering the market.
Be part of a new perspective on HW/SW-solutions for autonomous and cognitive systems and human-machine interfaces. Throughout presentations and debates, we learn from different perspectives on processes, methods and designs that enable the industry to benefit from the application of OSS. Various sectors and domains are addressed, such as industrial automation with robotics, cobots and autonomous mobile robots, agricultural vehicles and machines, medical robots, vehicles, automotive, medical technology and more.
