Exam PCNSA topic 1 question 341 discussion

A & C correct Palo Alto Networks now operates new inline deep learning detection engines in the Advanced Threat Prevention cloud to analyze traffic for command injection and SQL injection vulnerabilities in real-time to protect users against zero-day threats.

So, among the options you provided, Command injection attacks (Option A) and SQL injection attacks (Option C) are the attack options that new inline deep learning analysis engines can detect and prevent with the PAN-OS 11.0 Nova release

A and C

A & C are correct

A and C Palo Alto Networks now operates new inline deep learning detection engines in the Advanced Threat Prevention cloud to analyze traffic for command injection and SQL injection vulnerabilities in real-time to protect users against zero-day threats. (https://docs.paloaltonetworks.com/pan-os/11-0/pan-os-new-features/content-inspection-features/vuln-protection-inline-cloud-analysis)

A and C Palo Alto Networks now operates new inline deep learning detection engines in the Advanced Threat Prevention cloud to analyze traffic for command injection and SQL injection vulnerabilities in real-time to protect users against zero-day threats. (https://docs.paloaltonetworks.com/pan-os/11-0/pan-os-new-features/content-inspection-features/vuln-protection-inline-cloud-analysis)

I picked wrong (BC), but looking at the other comments, the answer should be A C.

A y C Palo Alto Networks now operates new inline deep learning detection engines in the Advanced Threat Prevention cloud to analyze traffic for command injection and SQL injection vulnerabilities in real-time to protect users against zero-day threats

answer = C https://docs.paloaltonetworks.com/pan-os/11-0/pan-os-new-features/content-inspection-features/vuln-protection-inline-cloud-analysis Palo Alto Networks now operates new inline deep learning detection engines in the Advanced Threat Prevention cloud to analyze traffic for command injection and SQL injection vulnerabilities in real-time to protect users against zero-day threats. By operating cloud-based detection engines, you can access a wide array of detection mechanisms that are updated and deployed automatically without requiring the user to download update packages or operate process intensive, firewall-based analyzers which can sap resources. Inline cloud analysis for your firewall Vulnerability Protection profile supports two analysis engines: SQL injection and Command injection. Additional analysis models are delivered through content updates, however, enhancements to existing models are performed as a cloud-side update, requiring no firewall update. Inline cloud analysis is enabled and configured using the Vulnerability Protection profile and requires an active Advanced Threat Prevention license.