
Antonio Garcia enhanced the wazuh/wazuh repository by developing targeted reliability tests and robust data parsing improvements in C. He implemented unit tests with Windows wrappers to validate agent information writing under various scenarios, increasing cross-platform reliability. Antonio refactored security assessment and parsing components to strengthen data validation, focusing on numeric and string handling in JSON fields to reduce false negatives and improve maintainability. He addressed GCC 14 build compatibility by resolving header and type issues, and delivered critical bug fixes in SCA parsing, emphasizing buffer safety and ID validation. His work demonstrated depth in system programming, debugging, and error handling.

October 2025 — Delivered critical bug fixes to the wazuh/wazuh SCA parsing and ID validation pathway, strengthening data integrity and robustness. Focused on buffer-safety, reliable ID parsing, and cross-module validation to prevent misanalysis and data corruption, with direct impact on SCA accuracy and logging traceability.
October 2025 — Delivered critical bug fixes to the wazuh/wazuh SCA parsing and ID validation pathway, strengthening data integrity and robustness. Focused on buffer-safety, reliable ID parsing, and cross-module validation to prevent misanalysis and data corruption, with direct impact on SCA accuracy and logging traceability.
Month: 2025-09 summary: Delivered targeted reliability and parsing improvements in wazuh/wazuh. Key features delivered include Agent Information Writing Reliability Tests with Windows wrappers to validate os_write_agent_info under success and failure scenarios, and Robust Data Type Handling in Security Assessment and Parsing to improve numeric/string validation and JSON id handling. Major bugs fixed include GCC 14 Build Compatibility Fix addressing missing headers, test cast adjustments, and a new function declaration to resolve build errors. Overall impact: Increased reliability, cross-platform test coverage, and parsing robustness across security components, reducing false negatives and enhancing maintainability. Technologies/skills: unit testing, cross-platform Windows wrappers, GCC 14 compatibility, data validation and parsing refactors, and JSON handling.
Month: 2025-09 summary: Delivered targeted reliability and parsing improvements in wazuh/wazuh. Key features delivered include Agent Information Writing Reliability Tests with Windows wrappers to validate os_write_agent_info under success and failure scenarios, and Robust Data Type Handling in Security Assessment and Parsing to improve numeric/string validation and JSON id handling. Major bugs fixed include GCC 14 Build Compatibility Fix addressing missing headers, test cast adjustments, and a new function declaration to resolve build errors. Overall impact: Increased reliability, cross-platform test coverage, and parsing robustness across security components, reducing false negatives and enhancing maintainability. Technologies/skills: unit testing, cross-platform Windows wrappers, GCC 14 compatibility, data validation and parsing refactors, and JSON handling.
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