
During January 2025, McPrisk initiated the canalyzer-box side project within the umrover/mrover-electrical repository, focusing on embedded systems and hardware design. He established the project’s foundation by creating comprehensive LaTeX documentation that detailed the intended architecture, goals, and future extensions. His work included setting up project scaffolding and improving repository hygiene by updating the .gitignore to exclude generated artifacts, supporting cleaner continuous integration. The canalyzer-box project aimed to replicate Vector Canalyzer functionality using a microcontroller, LCD, CAN bus interface, and controlled power delivery, laying the groundwork for future tooling integration and enhanced debugging support. No bugs were addressed during this period.

January 2025: Laid groundwork for the canalyzer-box initiative within umrover/mrover-electrical. Created a new canalyzer-box side project with initial project scaffolding and LaTeX-based documentation outlining goals, architecture, and extensions. Implemented repository hygiene by updating .gitignore to exclude generated artifacts. The work establishes a path to replicate Vector Canalyzer functionality using a microcontroller, LCD, CAN bus interface, and controlled power delivery, positioning the team for faster tooling integration and debugging support.
January 2025: Laid groundwork for the canalyzer-box initiative within umrover/mrover-electrical. Created a new canalyzer-box side project with initial project scaffolding and LaTeX-based documentation outlining goals, architecture, and extensions. Implemented repository hygiene by updating .gitignore to exclude generated artifacts. The work establishes a path to replicate Vector Canalyzer functionality using a microcontroller, LCD, CAN bus interface, and controlled power delivery, positioning the team for faster tooling integration and debugging support.
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