March 2026 (2026-03) – Semgrep Rules: Stabilized test reliability by resolving shadowing and collisions caused by duplicate function names in test files. The change removes naming conflicts while preserving all actual matches, leading to more stable test outcomes and clearer rule evaluation feedback. This work reduced flaky tests, strengthening CI confidence and accelerating feedback loops for rule development.

February 2026 focused on stabilizing OSS testing pipelines and enabling experimental OpenFGA support in the interfaces layer. Delivered a digest-based fix for OSS Docker tests to prevent CI flakiness and introduced the OpenFGA language type (Fga) with careful backward compatibility and codegen updates. These efforts improved CI reliability, prepared for unified docker/build flows, and expanded supported features for the Semgrep ecosystem.

January 2026 monthly summary for semgrep/semgrep: Key themes were CI/CD stability and performance, reliable autofix behavior, Windows subprocess reliability, and packaging/release process enhancements. Delivered across several features and fixes with measurable improvements in CI times, build reliability, and release workflows. This progress contributed to faster feedback, higher PR quality, and more predictable deployments.

Concise monthly summary for 2025-12 focusing on key features delivered, major bugs fixed, and the overall impact of work at semgrep/semgrep. The month emphasizes improved CI reliability, stability in benchmarks, and stronger dependency management to support reliable, scalable development.

November 2025: Focused on delivering CI pipeline reliability, observability, and configuration enhancements for semgrep/semgrep. Implemented cross-platform test observability via Datadog for Linux and Windows, standardized Docker build job naming, upgraded linting tooling, and optimized workflow stages to run tests at appropriate points. Addressed flaky tests by disabling a problematic test, corrected Linux build-and-test job naming to reduce confusion, and updated pre-commit tooling (Hadolint). Also scoped CLI tests to reduce CI noise by excluding pro-nightly runs. The work reduced CI instability, improved feedback cycles, and provided clearer telemetry for faster debugging and higher-quality releases.