Monthly summary for 2025-10 focusing on delivering CIS Ubuntu 24.04 compliance checks improvements in wazuh/wazuh. Implemented regex improvements in cis_ubuntu24-04.yml that corrected numeric matching, refined wildcards, and broadened word matching to improve detection of kernel modules, sysctl settings, and SSH configurations. Two commits were merged: 311437c6893cbbc2e9627e8e6690c6fa2e935c96 (fix: Removed and replaced \p osregex wildcard) and 655fb5473ea04e7f4e62bfa77e0e933bd37b13cd (fix: Replaced dot behaviour and expanded word wildcard). Impact: more accurate CIS Ubuntu 24.04 checks, reduced false negatives, better alignment with CIS requirements. Technologies: regex engineering, YAML rule authoring, security automation, Git-based change tracking.

September 2025 performance summary for wazuh/wazuh: tooling maturity, policy correctness, and test coverage improved CIS YAML workflows. Delivered significant refactoring and tooling enhancements, expanded cross‑platform policy fixes, added test coverage for evaluators and regex rules, and enhanced observability. Outcomes include more accurate policy evaluation, increased maintainability, and better cross‑platform reliability across Linux/Unix, macOS, Windows, and cloud/Linux distributions. Technologies demonstrated include Python tooling, C++ policy engine, Lua build tooling, PCRE2, and code style practices (Astyle).

August 2025 development monthly summary for wazuh/wazuh and wazuh/qa-integration-framework. Focused on expanding test coverage, stabilizing CI, and hardening test tooling across Linux and Windows to deliver faster feedback and higher quality in protocol, SCA, and CIS areas. Business value centers on earlier defect detection, reduced release risk, and robust test automation validated across platforms.

July 2025 monthly summary for wazuh/wazuh. Focused on stabilizing core data structures and improving thread-safety in list operations. Delivered a critical bug fix to address a race condition in OSList getters through explicit locking, resulting in more reliable, thread-safe behavior under concurrent workloads. This work reduces risk of races in high-load scenarios and contributes to overall system stability and deployment resilience.