
Emily developed automation and CI/CD enhancements for the oxidecomputer/hubris and oxidecomputer/omicron repositories, focusing on reliability and maintainability. She implemented a Python-based system to dynamically generate the CI build matrix in hubris by scanning app.toml files, reducing manual intervention as new applications are added. In omicron, she unified JUnit result uploads into a single GitHub Actions workflow and improved artifact discovery by scripting HTML scraping of Buildomat job run pages using Bash and Python. These solutions streamlined release management, improved test result reliability, and addressed issues with provenance and flaky tests, demonstrating depth in workflow automation and scripting.

October 2025 monthly summary focusing on automation, reliability, and business value for oxidecomputer/hubris and oxidecomputer/omicron. Key features delivered include dynamic CI build matrix generation, automated release tagging with Brussels, and corrected attestation subject-path; plus unified CI workflow for JUnit uploads and improved artifact discovery via HTML scraping in Buildomat integrations. These efforts reduce manual maintenance, accelerate releases, improve provenance and compliance, and enhance test result reliability.
October 2025 monthly summary focusing on automation, reliability, and business value for oxidecomputer/hubris and oxidecomputer/omicron. Key features delivered include dynamic CI build matrix generation, automated release tagging with Brussels, and corrected attestation subject-path; plus unified CI workflow for JUnit uploads and improved artifact discovery via HTML scraping in Buildomat integrations. These efforts reduce manual maintenance, accelerate releases, improve provenance and compliance, and enhance test result reliability.
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