
Worked on expanding Sherlock’s platform coverage by implementing TikTok and Pinterest site detection and data extraction within the sherlock-project/sherlock repository. Leveraged Python and regular expressions to build robust site detection logic, enabling broader and more reliable data collection from high-value social platforms. Addressed a bug in LessWrong detection by refining the URL regex, which improved parsing accuracy and reduced false positives. The work demonstrated strengths in API integration, web scraping, and data engineering, resulting in enhanced platform reach and data quality. These contributions supported more comprehensive analytics and decision-making by increasing both the breadth and reliability of collected data.
Summary for 2025-10: Expanded Sherlock’s platform coverage by adding TikTok and Pinterest site detection and data extraction capabilities, enabling broader data collection across high-value social platforms. Fixed a LessWrong detection regex issue to handle variations, improving data quality and reducing false positives. These changes extend platform reach, strengthen detection accuracy, and demonstrate solid capabilities in feature development, configuration, and regex-based parsing. Business impact includes higher data coverage and reliability for analytics and decision-making.
Summary for 2025-10: Expanded Sherlock’s platform coverage by adding TikTok and Pinterest site detection and data extraction capabilities, enabling broader data collection across high-value social platforms. Fixed a LessWrong detection regex issue to handle variations, improving data quality and reducing false positives. These changes extend platform reach, strengthen detection accuracy, and demonstrate solid capabilities in feature development, configuration, and regex-based parsing. Business impact includes higher data coverage and reliability for analytics and decision-making.

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