May 24
2024
Developing software for Linux-based systems in simulation lets you iterate faster than using hardware, especially when the latter is still under development. Our open source Renode simulation framework helps scale embedded dev environments across many use cases and test scenarios, enabling more seamless cross-team collaboration, and a critical element of getting the most out of embracing simulation is properly partitioning your workflow, with which we often help our customers. Read more
May 7
2024
Since its launch in 2021, we've been developing the Renode Zephyr Dashboard, a CI system combining structured data obtained from the Zephyr RTOS with our own Renode simulation framework, running a range of samples on over 470 simulated boards with RISC‑V, ARM and other embedded SoCs. Read more
Mar 18
2024
The "killer feature" of open source is its transformative power in enabling collaborative vertical integration, where instead of building up silos of divergent capabilities, organizations can collaborate freely, combining their strengths and perspectives while remaining in full control of their own fate. Read more
Feb 27
2024
One of the key metrics helping ensure code quality is test coverage, providing objective, automatic ways of making sure that all of the most important branches of the code are verified. Antmicro’s open source Renode simulation framework already offers advanced Python-driven scripting and automation as well as extensive execution tracing features, and the recent addition of code coverage analysis provides developers with even more control and better understanding of their software. Read more
Feb 16
2024
Renode is often used for deterministic and scalable testing of consumer-grade products like in the case of STM32F412 and STM32H743 microcontrollers used in the ChromiumOS’ FPMCU (Fingerprint Firmware) module found in Chromebooks – an effort described in detail in our previous blog note. Read more