
Developed and integrated a machine learning-ready DGA detection testing dataset and supporting test infrastructure for the ntop/nDPI repository, enabling robust evaluation of ML models targeting DGA-based network threats. Curated a comprehensive set of legitimate and DGA domains, incorporated into the ml_tests suite to improve testing coverage and reproducibility. Leveraged data engineering and testing infrastructure skills to streamline the packaging and deployment process by introducing a Makefile and updating distribution tooling. Utilized CSV and Makefile languages to ensure the DGA test assets are easily deployable, ultimately strengthening the repository’s ML-based threat detection capabilities and supporting reproducible research and development.
Summary for 2024-10: Delivered ML-ready DGA detection testing dataset and test infrastructure for ntop/nDPI, enabling robust evaluation of ML models for DGA-based traffic detection. Implemented a comprehensive dataset of legitimate and DGA domains integrated into the ml_tests suite, and added a Makefile to the distribution tooling to package the DGA test infrastructure (EXTRA_DIST) for easier deployment. No major bugs fixed this month. Overall impact: strengthened ML-based threat detection capabilities, improved testing coverage and reproducibility, and streamlined packaging/deployment of DGA testing assets. Technologies/skills demonstrated include ML-driven testing data curation, test infrastructure development, Makefile-based tooling, and distribution packaging.
Summary for 2024-10: Delivered ML-ready DGA detection testing dataset and test infrastructure for ntop/nDPI, enabling robust evaluation of ML models for DGA-based traffic detection. Implemented a comprehensive dataset of legitimate and DGA domains integrated into the ml_tests suite, and added a Makefile to the distribution tooling to package the DGA test infrastructure (EXTRA_DIST) for easier deployment. No major bugs fixed this month. Overall impact: strengthened ML-based threat detection capabilities, improved testing coverage and reproducibility, and streamlined packaging/deployment of DGA testing assets. Technologies/skills demonstrated include ML-driven testing data curation, test infrastructure development, Makefile-based tooling, and distribution packaging.

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