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Group Purchasing

AI-ing OWASP-focused Web App Pentest Workflow

  • Thu, Jul 9, 2026
  • Duration: 1 Hour
  • English
  • Timothy McKenzie
  • Technical Presentation
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OWASP offers much more than a single Top 10 list, and this talk turns that ecosystem into a live pentest workflow. The session starts with the OWASP project map, Top 10 families, Cheat Sheets, and training applications like Juice Shop, FinBot, and PyGoat. From there, the demo moves through recon with Amass compared to dnsrecon and fierce, vulnerability scanning with OWTF and Nettacker, Burp Suite scanning driven through MCP and Codex, scan data import into DefectDojo, and AI-assisted report writing. The result is a compressed but recognizable pentest arc that showcases both OWASP resources and modern AI-enabled operator workflows.

Who Should Attend

  • Pen testers
  • AppSec engineers
  • Red teamers
  • Defenders
  • Security-minded developers

Learning Objectives

  • Identify where OWASP's project map, Top 10 families, and Cheat Sheets fit into a practical web application pentest workflow
  • Compare reconnaissance and scanning roles across Amass, dnsrecon, fierce, OWTF, Nettacker, and Burp Suite
  • Explain how Burp MCP and Codex can accelerate scanning, triage, and verification without replacing analyst judgment
  • Understand how to move findings into DefectDojo and use AI to accelerate report drafting from verified evidence
  • Recognize when to pivot from standard web application testing into AI-specific resources such as OWASP GenAI materials

This session supports concepts from SEC542: Web App Penetration Testing and Ethical Hacking. To learn more about this course and explore upcoming sessions, Click Here.

Meet Your Speaker

Timothy McKenzie
Timothy McKenzie

Timothy McKenzie

Owner at 3L337 Consulting, LLC

Timothy McKenzie is a SANS Principal Instructor, founder of 3L337 Consulting, SEC542 co-author, and SEC588 instructor. His courses draw on more than 30 years of experience in Red Team operations, web application security, cloud penetration testing, and adversary emulation.

Read more about Timothy McKenzie