Worked on the esphome/esphome and esphome/esphome-docs repositories to deliver a configurable ESP32 loop task stack size feature, enabling users to adjust memory allocation for ESP32 applications and reduce overflow risks in complex setups. The implementation involved C++ development for updating task creation logic, Python scripting for test configuration, and comprehensive documentation in Markdown. Test coverage was included to validate the new configuration option, and code linting practices were applied to improve maintainability. This work enhanced configuration management and embedded systems reliability, providing users with greater flexibility and stability when deploying ESP32-based projects across diverse application requirements.