
Worked on the DivinumOfficium/divinum-officium repository, delivering deployment, performance, and reliability improvements over three months. Introduced a PSGI/Plack deployment wrapper to modernize the Perl-based application without disrupting existing CGI workflows, enabling easier local and CI testing. Led a migration to Plack/Starman with Docker-based containerization, enhancing deployment stability and server optimization. Implemented targeted bot-blocking and SEO controls through robots.txt updates, reducing resource waste and improving security. Scaled Starman workers to increase throughput, added caching to prevent 504 errors, and improved user experience with web asset enhancements. Utilized Perl, Docker, and CI/CD pipelines to streamline development and operational workflows.
Month: 2026-05 — Delivered measurable reliability, performance, and UX improvements for DivinumOfficium/divinum-officium. Key outcomes include higher throughput from scaling Starman workers to 20, hardened crawler controls via robots.txt, caching to prevent 504s on Totus calendars, deployment reliability enhancements with a Docker Hub base image, and UX/ads clarity improvements through Apple touch icons and ads.txt. Additional progress included CI/CD alignment with Node.js 24 and code quality improvements.
Month: 2026-05 — Delivered measurable reliability, performance, and UX improvements for DivinumOfficium/divinum-officium. Key outcomes include higher throughput from scaling Starman workers to 20, hardened crawler controls via robots.txt, caching to prevent 504s on Totus calendars, deployment reliability enhancements with a Docker Hub base image, and UX/ads clarity improvements through Apple touch icons and ads.txt. Additional progress included CI/CD alignment with Node.js 24 and code quality improvements.
April 2026 monthly summary for DivinumOfficium/divinum-officium. Focused on deployment stability, security hardening, and performance improvements through Plack/Starman migration, containerization refinements, and targeted bot-blocking enhancements. Delivered production-ready Plack-based deployment with port verification, improved build hygiene, and runtime stability patches. Result: more reliable deployments, reduced resource waste from noisy bots, and clearer developer workflows.
April 2026 monthly summary for DivinumOfficium/divinum-officium. Focused on deployment stability, security hardening, and performance improvements through Plack/Starman migration, containerization refinements, and targeted bot-blocking enhancements. Delivered production-ready Plack-based deployment with port verification, improved build hygiene, and runtime stability patches. Result: more reliable deployments, reduced resource waste from noisy bots, and clearer developer workflows.
February 2026 monthly summary for DivinumOfficium/divinum-officium: Delivered a PSGI/Plack deployment wrapper to run the Divinum Officium application without rewriting existing CGI scripts, enabling easier deployment and development. Created a Plack-friendly test_env.psgi wrapper to support local and CI testing. Maintained CGI compatibility to minimize migration risk and preserve existing workflows. These changes reduce deployment friction, improve environment parity across dev/stage/prod, and enable faster iteration on features.
February 2026 monthly summary for DivinumOfficium/divinum-officium: Delivered a PSGI/Plack deployment wrapper to run the Divinum Officium application without rewriting existing CGI scripts, enabling easier deployment and development. Created a Plack-friendly test_env.psgi wrapper to support local and CI testing. Maintained CGI compatibility to minimize migration risk and preserve existing workflows. These changes reduce deployment friction, improve environment parity across dev/stage/prod, and enable faster iteration on features.

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