1.4.B.4Output from AI-powered tools should be carefully evaluated. Verify information from AI-powered tools using reputable, stable, non- AI-based sources.Learning objective: Explain how to protect against some AI-augmented cyberattacks.
1.5.A.2AI-powered tools can analyze application code to identify vulnerabilities and recommend mitigations. Recommendations should always be reviewed by a knowledgeable programmer before being implemented.Learning objective: Explain how cyber defenders can leverage AI-powered tools to protect networks, applications, and data.
2.1.E.2Risk avoidance stops the activity that is generating the risk. If the activity is a critical part of an organization’s mission or purpose, then avoidance is not possible.Learning objective: Identify strategies for managing risk.
AP Networking alignment
1.1.A.7AI tools can assist in the troubleshooting process and enhance troubleshooting efficiency but should be used alongside traditional diagnostic methods and human judgment. Solutions suggested by an AI tool should be manually…Learning objective: Explain how to troubleshoot common device and network issues.
2.4.A.2Suggestions generated by AI may include unrealistic device recommendations, overcomplicated setups, and incorrect IP addressing schemes. Some suggestions might be technically accurate but inappropriate for a specific network.Learning objective: Evaluate an AI-generated network design, configuration, or troubleshooting suggestion.
4.5.B.2Security policies and procedures help reduce user-related vulnerabilities by defining acceptable behaviors and standardizing how systems and data are used. These controls can reduce misconfiguration, mishandling, or improper…Learning objective: Determine appropriate security controls to limit the impacts of common threats and vulnerabilities in a managed network.