March 2026 monthly summary for wazuh/wazuh: Implemented certificate-based secure download options for indexer plugins via Makefile updates, strengthening the security of plugin provisioning and reducing exposure to insecure transfers. Validated the end-to-end download flow with certificates and fixed the related download path to improve reliability.

February 2026 (Month: 2026-02) — Wazuh/wazuh delivered CI/CD and release-notes improvements that strengthen release velocity, reliability, and customer transparency. Key outcomes include a new Docker Image CI/CD workflow with an upgraded Coverity image, the introduction of a parameter to control the Docker image tag version, a targeted fix to build reliability by upgrading the Coverity image to Ubuntu 24, and comprehensive 4.14.4 release notes plus updated server/agent changelogs to clarify REST API changes and agent improvements. These changes improve reproducibility, reduce build failures, and enhance compatibility across REST API and agents.

January 2026 (2026-01) monthly summary for wazuh/wazuh: Delivered release-oriented features and reliability improvements focused on 4.14.3 readiness, observability, and robust test environments. Resulting work reduces time-to-triage for user-facing fixes, improves authentication performance, and strengthens CI reliability for enterprise deployments. Key outcomes include release notes readiness, enhanced error visibility, and stabilized unit tests, translating into stronger security posture, faster troubleshooting, and smoother release cycles.

Month: 2025-12. This period focused on strengthening security visibility, improving performance and reliability, and enhancing developer experience in wazuh/wazuh. Key features delivered include Audit Rule Detection Enhancements (strengthened security monitoring with rule-specific detection), Vulnerability Scanner cleanup and API documentation updates (removed debug logging to streamline performance and clarified index naming conventions for API consistency), Analysisd Ruleset Performance and Async Handling Improvements (throughput and reliability enhancements via async processing), and Developer Environment: Localhost Indexer Connections (localhost IP in indexer configuration to improve local development testing). A major bug fix addressed Systemd Init Check to prevent errors on non-systemd environments. These efforts deliver business value through better threat detection, faster processing, reduced runtime noise, smoother local development, and clearer documentation. Technologies demonstrated include rule-based security detection, asynchronous processing patterns, config management for dev environments, code cleanup, and API/docs maintenance.

November 2025: Strengthened indexing reliability, security, and build stability across wazuh/wazuh and wazuh/qa-integration-framework. Implemented hardened indexer-connector testing, standardized test configurations, mandated SSL-enabled indexer connectivity, and rolled out 4.14.2 build and dependency improvements to ensure smoother releases and faster incident resolution.

October 2025 monthly summary for wazuh/wazuh: Delivered IT Hygiene Windows kernel version inventory data to enhance asset visibility and compliance reporting; updated documentation to reflect current main branch references; aligned release documentation with the 4.14.0 changelog; fixed outdated links to main branch to eliminate drift between code and docs. These changes improve asset management accuracy, onboarding, and developer experience while reducing support friction.

For 2025-09 (wazuh/wazuh), delivered targeted improvements across OS support, security policy coverage, build reliability, CI/CD automation, and documentation to support upgrade planning and cross-architecture deployments. Key outcomes include Debian 13 support via SCA policy and build config updates, reliability improvements to installation scripts to prevent false positives, corrected CI/CD permissions for automated Docker image updates across architectures, comprehensive 5.X agent compatibility documentation, and a Y2K38 safety fix in wcom.c to prevent potential overflow scenarios.

Performance in Aug 2025 focused on CI automation and data integrity for wazuh/wazuh. Key features delivered included an automated CI MacPorts latest release workflow and alignment of package integrity check data to reflect current libraries and configurations. These improvements enhance test reliability, reduce maintenance toil, and improve confidence in release readiness by ensuring tests target the actual installed state.

July 2025 monthly summary for wazuh/wazuh focusing on reliability, runtime configurability, and integrity validation. Key features delivered include a Dynamic Client Buffer Hot-Reload that enables runtime resize/free and in-loop configuration reread in the agent main loop without requiring a restart, and updates to file integrity checks to reflect current file sizes.

June 2025 (wazuh/wazuh) — concise monthly summary focusing on business value and technical achievements. Key features delivered: - Hot-reload support for the Wazuh agent via signal-based reloads and improved execd reconnection to ensure continuous communication with the execd queue. Commit: 5b408e3cec919c83e18b18b1c780faf0a8c75d16. Major bugs fixed: - AIX: Fixed math library linking for wazuh external library by updating the Makefile to correctly link the math library (-lm). Commit: 41c039b5bfcda97fb3e5d50981b2c7b270302a65. - Solaris 11: Fixed SSL CA certificates lookup by explicitly setting CURL_CA_BUNDLE in both build setup and compilation stage. Commit: 06415f1a778dc32134ed54ee5a268bc221408d32. Overall impact and accomplishments: - Increased cross-platform reliability and security: AIX math library link fix prevents runtime math function failures; Solaris CA bundle ensures TLS connections succeed in all environments. Hot-reload and execd reconnection reduce downtime and manual intervention. - Demonstrated end-to-end delivery with clear commit-level traceability. Technologies/skills demonstrated: - Build tooling and Makefile troubleshooting; cross-platform environment configuration; signal-based process control; inter-process communication; TLS certificate handling in build pipelines.

May 2025 performance highlights for wazuh/wazuh: delivered key features and stability enhancements focused on accurate file system path reporting and cross-platform build reliability. The work improves security visibility, incident investigations, and packaging reliability across kernel versions (6.8.0+) and Solaris 11 environments.

April 2025 monthly summary for wazuh/wazuh: Delivered Oracle Linux 10 Support for Security Configuration Assessment (SCA) and implemented critical stability improvements across builds and data collection. Expanded OS coverage to Oracle Linux 10 by adding configuration files and directory structures and updating build specs and check_files to ensure accurate SCA processing. Addressed runtime and data integrity concerns for older OS variants by aligning eBPF probes with kernel version differences and correcting storage/CSV sizing. These changes improve deployment coverage, reduce build/runtime risk, and ensure reliable data capture across diverse Linux environments. Technologies demonstrated include packaging and build tooling (SPECS), SCA configuration, eBPF kernel integration, and storage/config management.

March 2025: Delivered substantial BPF/eBPF improvements across wazuh/wazuh and robustness updates in wazuh-agent. Implemented source-and-prebuilt BPF build paths, improved libbpf-bootstrap compatibility for older OSes, aligned codebase with C++14, and refactored FIM event handling with double buffering. Added kernel-version-aware eBPF vfs_unlink handling to prevent crashes on newer kernels. Cleaned up test configuration to reflect current FIM expectations. Enhanced post-install cleanup in wazuh-agent with robust error handling to ensure complete, visible failures when removal fails. Overall, these changes improved stability, cross-OS compatibility, and deployment reliability while reducing maintenance overhead.

February 2025: Delivered two high-impact features in wazuh/wazuh that strengthen security posture and audit visibility. No major bugs fixed this month; efforts focused on stability, distro coverage, and packaging. Overall impact includes expanded enterprise Linux coverage, improved forensic capabilities, and smoother deployment workflows. Skills demonstrated include kernel-level auditing with eBPF, enhanced packaging (RPM) and data/config management.

January 2025 performance summary focusing on delivering reliable log ingestion, robust cross-platform release tooling, and policy/workflow improvements with clear business value. Key initiatives included a journald integration for wazuh-agent with cursor-based log positioning and enhanced Linux filtering/testing, broad CI/build tooling improvements to address macOS compilation, permissions handling, and packaging workflows, and policy/packaging enhancements in wazuh to standardize SCA naming, improve file revision checks, and add Fedora 41 support.

December 2024 monthly summary for wazuh/wazuh: Implemented robust CSV path matching for check_files across versions by introducing a global wildcard (*) in file paths. This standardizes path resolution across agent versions and OS configurations, improving data correctness and processing reliability. Addressed cross-version inconsistencies with two bugfix commits to apply the global pattern, ensuring correct matching and processing. Overall, this work enhances reliability of file discovery, cross-platform compatibility, and reduces operational troubleshooting risks.

In November 2024, delivered reliability improvements, security hardening, and documentation alignment across wazuh/wazuh and wazuh/wazuh-documentation. Key outcomes include build reliability on AIX, protection against directory traversal, and synchronized repository references for packaging docs.

In Oct 2024, the wazuh-agent team delivered packaging and uninstall robustness improvements that streamline deployment and improve cross-distro reliability. The main deliverables include a reorganization of packaging and installation paths, post-removal script cleanup, and build configuration improvements that simplify maintenance and reduce packaging errors. Additionally, uninstall/removal robustness across Debian and RPM packages was enhanced by stopping the agent before uninstall and by refining library path handling across service managers, resulting in more reliable uninstall across environments. These changes reduce deployment friction, minimize runtime impact during upgrades/uninstalls, and contribute to lower support overhead. Technologies demonstrated include packaging tooling, build configuration, cross-distro packaging, and service-manager integration (systemd, init), with improved templates and changelogs to support ongoing maintenance.