Leveraging Erlang for Enhanced Fault Tolerance and Productivity in Space

Leveraging Erlang for Enhanced Fault Tolerance and Productivity in Space Applications: Insights from the GRiSP Platform

The Erlang Ecosystem Foundation (EEF) is excited to announce that Peer Stritzinger, a board member of the EEF, will be presenting at the Flight Software Workshop 2024. His talk, Leveraging Erlang for Enhanced Fault Tolerance and Productivity in Space Applications: Insights from the GRiSP Platform will illuminate how Erlang’s fault-tolerant, distributed programming features and the Real-Time Executive for Multiprocessor Systems (RTEMS) come together through the GRiSP platform to tackle the unique challenges of space software development.

In this talk, Stritzinger will delve into Erlang’s unparalleled strengths in building resilient systems that automatically recover from failures, essential for space’s unpredictable environments. Erlang’s lightweight processes and message-passing model enhance distributed systems’ scalability and maintainability, allowing for efficient development of complex communication protocols and consistent performance across distributed space systems.

The GRiSP platform combines Erlang’s high-level fault-tolerant programming with RTEMS, a reliable real-time operating system. This integration creates an environment that enhances productivity and simplifies system management. Stritzinger will highlight the synergy between the GRiSP platform and RTEMS, showcasing how their collaboration fosters resilient, scalable embedded systems for both ground and space.

He will also introduce the GRiSP2 evaluation board and the upcoming GRiSP nano, which offer developers streamlined prototyping and deployment tools, crucial for efficient IoT system development.

Join Peer Stritzinger at the Flight Software Workshop 2024 to discover how the Erlang language and GRiSP platform offer a robust, productive toolkit for overcoming space application challenges. Learn more at www.grisp.org and www.grisp.io