During April 2025, this developer enhanced the CU-Robotics/firmware repository by implementing a production-oriented logging system for embedded robotics applications. They reduced serial output by commenting out non-essential debug print statements across multiple firmware files and introduced a runtime debug flag in can_manager.hpp, allowing dynamic control over logging verbosity. Working primarily in C++ and leveraging their skills in debugging and embedded systems, they ensured that verbose logs could be enabled when needed without cluttering production output. This approach improved log clarity, bandwidth efficiency, and maintainability, laying a foundation for scalable, policy-driven logging practices within the robotics firmware codebase.