March 2026 focused on improving support intake for KittyCAD/documentation by delivering a centralized routing path for support requests. The key feature delivered was Support Request Form Routing, directing notices and AI training opt-outs to a dedicated support form to streamline triage and improve user experience. This change replaces scattered support@ references with a single form, reducing inbox noise and enabling faster, more compliant issue handling. All changes were documented and prepared for rollout in customer-facing docs.

May 2025 performance summary for KittyCAD/documentation: automated dependency maintenance and documentation quality improvements. Delivered a GitHub Actions workflow that authenticates as a GitHub App and dispatches a run-dependabot event to an external repository to trigger Dependabot updates. Enhanced Zoo Design Studio v1 docs with updated links, improved formatting, internal navigation, and clarified terminology for ML-based Text-to-CAD features and geometry engine development. No major bugs fixed this month; minor documentation fixes (link corrections and phrasing) were completed. Overall impact: reduced manual maintenance, improved security posture, better onboarding, and clearer engineering communication.

April 2025: Key features delivered and stability improvements across KittyCAD/documentation and KittyCAD/cli. Delivered a CNC Injection Vulnerability Awareness blog (documentation feature) to strengthen security posture; established a reproducible development environment with Nix Flake support, Rust toolchain setup, and updated dependencies; fixed path resolution for current directory in get_code_and_file_path; and enhanced internal testing tooling with snapshot tests and improved error handling. These efforts reduce risk, accelerate onboarding, and improve release quality.

In March 2025, KittyCAD delivered foundational modeling capabilities, improved CLI reliability, and ongoing test/documentation improvements across the KittyCAD/cli and KittyCAD/documentation repositories. The work focused on delivering business value through robust primitives, resilient configuration handling, and streamlined developer tooling. Key outcomes include improved geometry primitives (Cartesian points and B-spline curves) with aligned test definitions, enhanced CLI config parsing and error reporting, refactored export/formatting flows, and refreshed tests/assets, complemented by documentation enhancements for KCL settings.

February 2025 monthly summary focusing on key accomplishments, business impact, and technical achievements across KittyCAD/kcl-samples and KittyCAD/cli.

Monthly summary for 2025-01: Key deliverables across KittyCAD/documentation and KittyCAD/cli, with a focus on user support consolidation, robust KCL input handling, and code refactors to enable scalable workflows. Highlights: 1) Centralized Community Forum launched to replace direct-email support, improving user experience and reducing support overhead. 2) KCL Input Handling Enhancements enabling directory-based input, extending across multiple KCL commands, with dependency updates and new tests/assets (including PNG snapshots). 3) Walkie-Talkie Model Refactor with test assets and updated dependencies to improve maintainability and consistency. 4) Added comprehensive tests and assets to strengthen reliability and facilitate future changes.

December 2024 monthly summary for KittyCAD/cli: Delivered key feature to stabilize and modernize the CLI foundation by upgrading core dependencies and securing reliable test outcomes, resulting in more predictable CLI behavior and smoother release cycles.

October 2024 Monthly Summary — KittyCAD/documentation: Delivered a targeted CI/CD improvement by upgrading the CI environment's Node.js runtime from 14 to 22, enhancing compatibility with recent dependencies and increasing build reliability. No major bugs fixed this month. Overall impact: reduced build fragility and prepared the repository for smoother future releases. Technologies/skills demonstrated: CI/CD maintenance, Node.js version management, version-controlled deployments, and risk-aware upgrade planning.