
Harshada Gawas developed a Honeypot Detection feature with user-controlled suppression for the projectdiscovery/nuclei repository, focusing on reducing scan noise and improving result quality. She engineered a backend solution in Go that identifies honeypot hosts by analyzing match concentration during scans, allowing the system to flag suspicious hosts automatically. To enhance operator confidence, she implemented controls enabling users to suppress results from these flagged hosts, thereby minimizing false positives and increasing trust in scan outcomes. Her work demonstrated depth in backend development and network security, addressing a nuanced problem in automated scanning by balancing detection accuracy with user flexibility.
Monthly summary for 2026-03 focusing on feature delivery and noise reduction for nuclei. Implemented Honeypot Detection with User-Controlled Suppression to reduce scan noise by flagging honeypot hosts based on match concentration and allowing users to suppress results from those hosts. This enhances result quality and operator confidence in scan outcomes.
Monthly summary for 2026-03 focusing on feature delivery and noise reduction for nuclei. Implemented Honeypot Detection with User-Controlled Suppression to reduce scan noise by flagging honeypot hosts based on match concentration and allowing users to suppress results from those hosts. This enhances result quality and operator confidence in scan outcomes.

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