Sep 15, 2024, 11:00 PM
Sep 15, 2024, 11:00 PM

ELISA Project Welcomes Hamburg University and Lynx Software in San Francisco

Highlights
  • The ELISA Project welcomed Hamburg University of Technology and Lynx Software Technologies to enhance Linux's role in safety-critical applications.
  • The collaboration aims to develop a certifiable infrastructure for a Linux real-time kernel, focusing on avionics systems.
  • This partnership represents a significant advancement in open-source solutions for safety-critical applications, potentially reducing certification costs.
Story

On September 15, 2024, in San Francisco, the ELISA Project announced the inclusion of Hamburg University of Technology's Institute of Aircraft Systems Engineering and Lynx Software Technologies into its collaborative ecosystem. This partnership aims to enhance the use of Linux in safety-critical applications, reflecting a growing commitment to open-source solutions in the aerospace sector. The initiative is hosted by the Linux Foundation, which seeks to develop tools and processes for certifying Linux-based systems. Lynx Software Technologies expressed enthusiasm about contributing its expertise in open standards, which is crucial for achieving safety and flexibility in system applications. The collaboration will focus on creating a certifiable infrastructure for a Linux real-time kernel tailored for safety-critical applications, particularly in avionics. This effort is part of the Aerospace Working Group's mission to influence Linux architecture and improve software lifecycle processes. The announcement coincides with a series of microconferences aimed at fostering open-source innovation. Notable sessions include discussions on safety engineering, tracing and performance events in the Linux kernel, and measuring test adequacy in kernel tests. These events are designed to engage the community and promote best practices in safety-critical software development. Overall, this collaboration signifies a pivotal step towards integrating Linux into high-assurance systems, potentially reducing certification costs and enhancing the reliability of safety-critical applications in various industries, particularly aerospace.

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