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| Section | Weight | Objectives |
|---|---|---|
| Cortex XDR | 23% | - Integration with third-party tools and threat feeds - Deployment, sensors, and data collection - Detection rules, behavioral analytics, and alerts - Log stitching, causality analysis, and visibility - Incident investigation, response, and remediation |
| Threat Intelligence and Incident Response | 16% | - Indicator types: IP, domain, URL, file hash, behavioral - Threat intelligence sources: WildFire, Unit 42, open feeds - Incident categorization, prioritization, and handling - Threat hunting and false positive/negative analysis - NIST incident response lifecycle and processes |
| Cortex XSOAR | 18% | - Threat intelligence management and enrichment - Case management and incident lifecycle automation - Integrations, content packs, and customization - Platform architecture and core components - Playbooks, automation, and orchestration workflows |
| Cortex XSIAM | 18% | - Automation, playbooks, and response actions - Compliance, reporting, and operational visibility - Content packs, rules, and analytics models - Data ingestion, normalization, and correlation - Alert triage, investigation, and threat detection |
| Security Operations Fundamentals | 25% | - Log management, data ingestion, and retention - SOC roles, responsibilities, and workflows - AI and machine learning in security operations - Reporting, dashboards, and analytics - Compliance frameworks and data protection |
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NEW QUESTION # 225
In a Prisma SD-WAN deployment using ION devices, an administrator notices that traffic between two internal subnets assigned to the same Security Zone is not appearing in the traffic logs, even though a logging profile is attached to the relevant Security Policy rules. Traffic between these subnets is successfully flowing. What is the MOST likely reason the traffic logs are missing for this intra-zone communication?
Answer: B
Explanation:
This question focuses on the behavior of default zone rules and logging. - Option A: If an explicit rule were matched, a disabled logging profile would prevent logs, but the core issue is whether an explicit rule is matched at all. - Option B (Correct): Traffic between interfaces assigned to the same zone is permitted by the 'intra-zone-default' rule. Crucially, traffic matched by default rules (both intra-zone-default allow and inter-zone-default deny) does not hit the explicit security policy rules table for evaluation or logging unless an explicit policy rule is specifically configured to override the default behavior for intra-zone traffic. Therefore, the traffic is allowed, but doesn't trigger logging associated with explicit policy rules. - Option C: Tap mode is for monitoring, not inline forwarding, and would prevent the traffic from flowing as described. - Option D: While User-ID provides username context in logs, its absence doesn't prevent logging of session details based on IPlapplication/policy match if the traffic hits a logging-enabled rule. - Option E: An incorrect NAT rule might break connectivity, but it wouldn't typically prevent logging if a session was established and matched a logging-enabled security rule.
NEW QUESTION # 226
A user's endpoint is infected with malware that attempts to contact its command-and-control (C2) server using a newly generated domain name (Domain Generation Algorithm - DGA). The user's traffic passes through a Palo Alto Networks NGFW with the Advanced DNS Security subscription enabled. The DNS query for the malicious domain is sent to an external DNS server via the firewall. How does Advanced DNS Security MOST likely contribute to detecting and preventing this C2 communication attempt? (Select all that apply)
Answer: A,D,E
Explanation:
Advanced DNS Security intercepts and analyzes DNS queries to block access to malicious domains before the connection to the malicious IP is even attempted. - Option A (Correct): When enabled, the firewall intercepts DNS queries passing through it and forwards them (or metadata about them) to the Advanced DNS Security cloud service for analysis. - Option B (Correct): The cloud service performs sophisticated analysis on the domain name and associated context (querying source, history, etc.), leveraging machine learning models (specifically trained to detect DGAs) and threat intelligence to determine if the domain is malicious. - Option C (Correct): If the cloud service identifies the domain as malicious, it sends a verdict back to the firewall. The firewall then takes the configured action (e.g., block the DNS response, sinkhole the response to a safe IP, block the subsequent connection to the resolved malicious IP) based on the policy applied to the DNS traffic. - Option D (Incorrect): While some external DNS servers offer security features, the protection here is provided by Palo Alto Networks' Advanced DNS Security, which acts as an intermediary or inspector for the DNS traffic. - Option E (Incorrect): While other security profiles can detect C2 activity within the application layer after a connection is made, Advanced DNS Security provides prevention at the DNS layer , stopping the connection attempt before it even begins, which is a more proactive approach.
NEW QUESTION # 227
A security team is monitoring IoT device behavior using Palo Alto Networks IoT Security. They receive an alert indicating a 'Medium' severity behavioral anomaly from a smart building sensor, specifically related to unexpected outbound communication to a public IP address. To investigate this alert thoroughly, which of the following actions or information sources integrated with the IoT Security platform would be most helpful? (Select all that apply)
Answer: B,C,D,E
Explanation:
Investigating IoT anomalies requires examining the anomaly details, traffic context, potential threat detections, and device profile information. - Option A (Correct): The IoT Security portal is where the anomaly is detected and detailed. Viewing the specific alert provides the initial context. - Option B (Correct): Traffic logs provide the session-level details of the anomalous communication, showing the exact destination and application used, which is essential for understanding the event in full context. - Option C (Correct): Anomalous behavior can sometimes overlap with known threat signatures. Checking Threat logs confirms if the communication also triggered any specific malware, exploit, or C2 detections. - Option D (Correct): Understanding the expected behavior of the specific device type (sensor model) from its profile helps determine if the communication was truly unexpected or if it relates to a known (but potentially risky) function like cloud connectivity or updates. - Option E (Incorrect): IoT devices typically don't have human users mapped via User-ID; they have device identities. User-ID logs are not relevant for investigating traffic originating from automated IoT devices.
NEW QUESTION # 228
A security administrator is configuring Security Policy rules in Prisma Access for mobile users. They need to apply a set of security checks to all outbound internet traffic, including threat prevention, malware scanning, and web filtering. Which configuration object is attached to the Security Policy rule to enforce these specific security checks?
Answer: D
Explanation:
Security profiles are grouped together in a Security Profile Group to be applied to Security Policy rules. This group bundles profiles like Threat Prevention, Antivirus, URL Filtering, WildFire Analysis, File Blocking, and Data Filtering for easy application to policy. Option A handles address translation. Option B determines if decryption occurs. Option C connects to internal networks. Option E groups applications.
NEW QUESTION # 229
A remote user connected to Prisma Access via GlobalProtect attempts to access both a public SaaS application (e.g., Salesforce) and a private application hosted in the corporate data center. Both applications are accessed over HTTPS. How does Prisma Access facilitate and secure access to these two distinct types of applications for the remote user?
Answer: D
Explanation:
Prisma Access is designed to secure access to both public and private applications for remote users, leveraging its cloud-native architecture. - Option A (Incorrect): A primary goal of Prisma Access for mobile users is to tunnel all relevant traffic through the service for consistent security inspection, including internet-bound traffic to public SaaS. - Option B (Correct): This accurately describes the Prisma Access flow. Traffic destined for the public internet (including SaaS) is sent through the GlobalProtect tunnel to the nearest Prisma Access cloud service edge, inspected by the cloud-based NGFW features, and then routed securely to the internet. Traffic destined for private corporate resources is also sent through the tunnel, but Prisma Access identifies it as private traffic and routes it through the configured 'Service Connection' (an IPSec or GRE tunnel) to the corporate data center or cloud VPC hosting the private application. - Option C (Incorrect): Hairpinning all traffic back to the data center negates the benefits of a cloud-delivered security platform and can introduce latency. Prisma Access routes internet-bound traffic locally from the cloud edge. - Option D (Incorrect): Prisma Access provides comprehensive security for both public and private application access. - Option E (Incorrect): Device posture (HIP) is a factor in allowing the user to connect and potentially applying policy, but it doesn't determine the routing path taken for public vs. private applications; that's based on destination IP address and Prisma Access routing configuration.
NEW QUESTION # 230
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