Enforcing MISRA C Guidelines for Safety-Critical Arduino Applications
Carefully enforcing MISRA C rules in Arduino applications prevents catastrophic failures—discover how to secure your safety-critical code against hidden risks.
Detecting Deprecated API Usage in Arduino Libraries During Compilation
Just caught a silent Arduino bug—discover how to expose hidden deprecated API calls before they strike your next compile.
Setting Up GitHub Actions to Test Arduino Code Across Multiple Board Targets
Discover how to automate Arduino code testing across multiple boards with GitHub Actions—ensuring reliability, performance, and memory efficiency on every platform.
Automatically Validating Coding Standards With Clang-Tidy in Arduino C++ Projects
Making Arduino C++ code safer and more consistent—discover how Clang-Tidy silently enforces coding standards across robotics projects.
Integrating Doxygen Documentation Generation Into Arduino Project Workflows
Boost your Arduino project’s clarity with auto-generated docs—see how Doxygen transforms inline comments into elegant, navigable references.
Migrating Legacy Arduino Projects to Modern CMake-Based Build Systems
Wondering how to transform outdated Arduino builds into efficient, scalable workflows? The answer could cut your compile time by nearly half.
Signing and Versioning Arduino Binaries for Secure Field Updates on Remote Devices
Discover how digital signatures and strict versioning keep your remote Arduino devices safe—what happens if you skip this critical step? A single breach could compromise your entire fleet.
Embedding Configuration Metadata Into Arduino Firmware Using Custom Sections
Discover how to save precious SRAM by embedding config data directly into Arduino firmware—unlock the full potential of custom linker sections.
Using Pre-Build and Post-Build Hooks in Arduino IDE to Automate Asset Generation
Save time by automating asset generation in Arduino IDE with pre-build and post-build hooks—here’s how to make your builds smarter.
Generating Call Graphs for Arduino Sketches With GCC and Flamegraph Visualization
By uncovering hidden function calls in your Arduino code, you can reveal performance bottlenecks no one thinks to check.
