SKILL BENCHMARK

Generative AI and Prompt Engineering for Ethical Hacking Mastery (Expert Level)

  • 22m
  • 22 questions
The Generative AI and Prompt Engineering for Ethical Hacking Mastery (Expert Level) benchmark measures your thought leader experience in security issues and generative AI tools and practices. A learner who scores high on this benchmark demonstrates mastery in just about every area of ethical hacking and generative AI and is considered a thought and practice leader.

Topics covered

  • analyze case studies involving scanning and enumeration techniques, with a focus on the role of generative AI in these real-world scenarios
  • apply prompt engineering to enhance the effectiveness of reconnaissance techniques
  • assess real-world case studies of cloud and IoT hacking focusing on the potential impact of generative AI
  • assess real-world case studies of covering tracks and maintaining access, focusing on the potential impact of generative AI
  • assess real-world case studies of web application and database hacking focusing on the potential impact of generative AI
  • conduct a simulated generative AI-driven attack on a wired network, highlighting AI-enhanced prevention methods
  • describe real-world case studies involving malware and social engineering
  • describe the evolution of malware and social engineering over time
  • distinguish between various scanning techniques (port scanning, network scanning, and vulnerability scanning), and describe how each can be boosted by generative AI
  • explore how to work with GPT models via the OpenAI ChatGPT web app and via the OpenAI API
  • leverage generative AI to report system vulnerabilities and recommend steps for mitigation
  • list the potential impacts of not properly covering tracks on a hacking operation
  • monitor and analyze wireless network activity using generative AI
  • name real-world case studies of mobile platform hacking, focusing on the potential impact of generative AI
  • outline how to use the information gathered during the reconnaissance phase
  • outline the impact of generative AI in improving or thwarting system hacking techniques
  • outline the implications of system hacking on businesses and individuals, considering the transformative effects of generative AI and prompt engineering on these outcomes
  • outline trends and advancements in cloud and IoT security and the relevant role of generative AI
  • perform a simple ethical hacking exercise by leveraging generative AI and the OpenAI API to analyze threat intelligence
  • recognize the implications of maintaining prolonged access to compromised systems
  • use generative AI technologies to identify potential attacks
  • use generative AI to identify signs of advanced track-covering activities

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