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| Section | Objectives |
|---|---|
| Topic 1: Data Ingestion and Configuration | - Manage assets and identity mappings - Configure data sources for analysis
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| Topic 2: Detection and Investigation | - Analyze alerts and incidents
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| Topic 3: Platform and Architecture | - Describe the architecture and deployment models
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| Topic 4: Automation and Response | - Configure automation rules and playbooks
|
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NEW QUESTION # 155
A security analyst is investigating an alert triggered by WildFire on a Strata NGFW. The alert indicates malicious activity within an application identified as 'file-transfer' via F TP. The log entry shows the following details:
Based on Palo Alto Networks App-ID and security features, what does this log entry signify regarding application layer inspection and threat prevention?
Answer: A
Explanation:
This log entry is a classic example of Palo Alto Networks' integrated application identification and threat prevention. Option A correctly interprets the log: App-ID identified the traffic flow as 'file-transfer' (specifically FTP, which commonly uses port 21 as seen in the destination port). Once the application was identified, the relevant security profiles (including WildFire analysis) were applied to the content traversing the application session. WildFire then detected malware within the file being transferred, triggering the 'block' action specified in the security policy. Option B is incorrect; App-ID identifies the application based on various techniques including protocol decoding, signature matching, and heuristics, independent of WildFire's analysis. WildFire confirms malware within an identified application. Option C is incorrect; while IPS is part of Threat Prevention, the log explicitly states the 'Threat/Content Type' is 'wildfire' and 'Category' is 'malware', indicating detection by the WildFire engine, not necessarily IPS signatures. Option D is incorrect; Palo Alto Networks NGFWs operate on application-level control. Simply blocking a protocol like FTP on its default port is possible but less granular than identifying the application and inspecting its content for threats, as demonstrated here. Option E is plausible for some scenarios but doesn't directly explain the log entry's specific details showing WildFire detecting malware within the file transfer itself, leading to the block.
NEW QUESTION # 156
Which types of content can typically be submitted to Palo Alto Networks WildFire cloud service for analysis by a Strata NGFW or Prisma Access? (Select all that apply)
Answer: A,C,D,E
Explanation:
WildFire supports analysis of a wide variety of file types that are commonly used to deliver malware. - Option A (Correct): Executables and libraries are prime targets for malware. - Option B (Correct): Documents can contain malicious macros or embedded exploits. - Option C (Correct): Archives are often used to package and hide malware; WildFire can unpack many common archive formats for analysis. - Option D (Correct): Scripts are frequently used for malicious purposes (downloaders, execution, reconnaissance). - Option E (Incorrect): WildFire cannot analyze content it cannot decrypt. Password-protected archives or encrypted documents cannot be analyzed in the sandbox unless the password/key is somehow made available or brute-forced (which is not a standard function of WildFire). Such files are often blocked by File Blocking policies precisely because they cannot be inspected.
NEW QUESTION # 157
A branch office using Prisma SD-WAN has a direct internet link. They need to allow guest Wi-Fi users to access the internet, but this guest traffic should be Source NAT'd to a different public IP address range than corporate user traffic to facilitate separate logging and rate limiting by the upstream ISP. The guest network uses a specific VLAN and subnet (172.16.10.0/24). Which Prisma SD-WAN policy type and configuration element is used to define this specific NAT requirement for the guest traffic?
Answer: D
Explanation:
Defining how specific source traffic (like guest users) is translated when exiting the network is the function of NAT Policy. - Option A: Security Policy determines allow/deny and inspection, not NAT translation rules. - Option B: Path Policy determines which link traffic goes over, not how its address is translated. While traffic might be steered to a link where NAT is performed, the NAT definition itself is separate. - Option C (Correct): NAT Policy is where you configure address translation. You create a rule that matches the 'Original Packet' details (source zone/subnet of the guest network, destination zone/interface like the internet egress). In the 'Translated Packet' section, you configure the Source Address Translation method (Static IP or Dynamic IP/Port) using the specific public IP or pool designated for guest traffic. This ensures only traffic from the guest subnet gets this specific translation. - Option D: QOS Policy prioritizes bandwidth usage; it does not perform NAT. - Option E: Application Override reclassifies traffic for App-ID purposes; it doesn't configure NAT.
NEW QUESTION # 158
Prisma SD-WAN allows administrators to define policies for different categories of applications, such as 'Voice & Video', 'Critical Business Apps', 'Bulk Transfer', and 'Default'. Which type of policy is used to define how traffic matching these application categories should be prioritized, managed, and steered across the available WAN links?
Answer: A
Explanation:
Prisma SD-WAN's Path Policy (sometimes also referred to as Business Intent Overlay or similar concepts in SD-WAN) is where the application categories are mapped to specific forwarding behaviors and link preferences. You define rules saying 'for Voice & Video traffic, prefer paths with low jitter', 'for Bulk Transfer, use paths with high bandwidth', etc. Option A controls allow/deny/inspect. Option B prioritizes traffic on a link. Option C handles address translation. Option E is part of App-ID, which identifies the application, but doesn't define the pathing behavior.
NEW QUESTION # 159
A security administrator is configuring a Security Policy rule on a Palo Alto Networks PA-Series firewall to allow outbound web browsing for the 'Internal-Users' zone to the 'External' zone. The requirement is to apply comprehensive threat prevention, malware detection, and content filtering to this traffic. Which security profiles, considered Cloud-Delivered Security Services (CDSS) or relying on cloud components for full efficacy, should be attached to this Security Policy rule to meet these requirements? (Select all that apply)
Answer: A,B,C,D
Explanation:
Cloud-Delivered Security Services (CDSS) are subscriptions that enhance the security efficacy of Palo Alto Networks platforms by leveraging cloud-based intelligence and analysis. The profiles listed are the key Content-ID security profiles used for deep inspection, many of which heavily rely on cloud lookups and analysis for their full effectiveness: - Option A (Correct): Threat Prevention uses cloud-delivered threat intelligence for IPS and Antispyware. - Option B (Correct): Antivirus uses cloud-delivered malware signatures for real-time scanning. - Option C (Correct): WildFire Analysis submits unknown files to the cloud sandbox for dynamic analysis and verdict determination. - Option D (Correct): URL Filtering queries the cloud-based URL database for categorization and threat intelligence (malicious URLs). - Option E (Correct): File Blocking enforces policy on file types detected via deep inspection, often working in conjunction with Antivirus and WildFire. While some profiles also have on-box components, their full, dynamic, and global intelligence comes from the cloud services. All of these profiles are standard Content-ID security profiles applied to Security Policy rules for comprehensive inspection.
NEW QUESTION # 160
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