
Developed a new macOS data exfiltration payload for the hak5/usbrubberducky-payloads repository, focusing on stealthy operation and self-cleaning behavior to support secure lab testing. The payload leverages Bash and DuckyScript to silently transfer files via Discord webhooks, ensuring compatibility with common file types and multiple Rubber Ducky versions. Documentation in Markdown was updated to detail cross-version compatibility and proper termination procedures, supporting clear usage and traceability. No production bugs were reported during this period, reflecting careful engineering and thorough testing. The work enhanced the toolkit’s reliability and safety for information security research and system administration scenarios.
December 2024 focused on extending the security testing toolkit with a new MacOS payload for data exfiltration via Discord webhooks. The feature emphasizes stealth, self-cleaning behavior, and compatibility with common file types, with termination safeguards to ensure clean state across Rubber Ducky variants. Documentation was updated to cover cross-version compatibility and proper termination procedures. Commits to payload.txt and README.md accompanied the rollout to ensure clear usage and version traceability. No production bugs were reported this month; the work enhances our lab-testing capabilities and improves cross-platform payload reliability.
December 2024 focused on extending the security testing toolkit with a new MacOS payload for data exfiltration via Discord webhooks. The feature emphasizes stealth, self-cleaning behavior, and compatibility with common file types, with termination safeguards to ensure clean state across Rubber Ducky variants. Documentation was updated to cover cross-version compatibility and proper termination procedures. Commits to payload.txt and README.md accompanied the rollout to ensure clear usage and version traceability. No production bugs were reported this month; the work enhances our lab-testing capabilities and improves cross-platform payload reliability.

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