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| Section | Objectives |
|---|---|
| Topic 1: Platform and Architecture | - Identify the components of the Cortex product portfolio
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| Topic 2: Data Ingestion and Configuration | - Manage assets and identity mappings - Configure data sources for analysis
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| Topic 3: Detection and Investigation | - Perform threat hunting and investigation
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| Topic 4: Automation and Response | - Configure automation rules and playbooks
|
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NEW QUESTION # 73
An organization wants to protect its users from accessing known malicious websites and command-and-control (C2) infrastructure by preventing the resolution of malicious domain names. They have a Palo Alto Networks NGFW with an Advanced DNS Security subscription. Which key capability provided by Advanced DNS Security enables this protection at the DNS layer?
Answer: B
Explanation:
Advanced DNS Security is a cloud-delivered service that uses advanced analytics to identify malicious domains at the DNS layer. Option A describes DNS encryption (DNSSEC or DNS over HTTPS/TLS), which enhances privacy but doesn't inherently detect malicious domains. Option B correctly describes the core of Advanced DNS Security: using machine learning and threat intelligence (often correlated with WildFire, Threat Prevention, etc.) to analyze DNS queries and responses and identify malicious domains in near real-time. Option C is a function of a DNS server, not the security analysis provided. Option D is basic firewall filtering. Option E describes a basic, manual approach that doesn't scale and misses dynamic threats.
NEW QUESTION # 74
A security administrator is troubleshooting a remote user's connectivity issue to internal resources via GlobalProtect on a self-managed NGFW. The user can connect to the GlobalProtect gateway but cannot reach the internal servers. The administrator wants to confirm if the user's traffic is hitting the expected Security Policy rule and being allowed, and also verify the user's identity mapping. Which log type is the most relevant to investigate for session details and policy matches for this user?
Answer: A
Explanation:
Traffic logs contain the detailed information about sessions, including policy matches, source/destination, application, user, and action taken (allow/deny). While other logs provide context, the Traffic logs are where you see if the specific traffic flow from the user to the server is being processed by the security policy as expected. Option A is for operational events. Option B logs GlobalProtect tunnel establishment and related events, but not necessarily the traffic within the tunnel. Option C logs IP-to-user mappings but not the session details. Option E logs device posture checks.
NEW QUESTION # 75
A company is onboarding its remote workforce onto Prisma Access. Users will connect from various locations globally. To secure user traffic and enforce corporate security policies, user endpoints will connect to Prisma Access. Which Palo Alto Networks endpoint software component is typically deployed on users' laptops and mobile devices to establish a secure connection to Prisma Access and provide user and device posture information?
Answer: E
Explanation:
GlobalProtect is Palo Alto Networks' secure network access client used by remote users to connect to firewalls (PA-Series, VM-Series, and Prisma Access). It establishes a secure tunnel and can collect user information (User-ID) and device posture (HIP). Option A (Cortex XDR) is for endpoint detection and response, not specifically for network access. Option B is a legacy name for the endpoint protection component, now part of Cortex XDR. Option D (Xpanse Explorer) is for external attack surface management. Option E is a virtual firewall appliance, not endpoint software.
NEW QUESTION # 76
A global organization with Prisma SD-WAN needs to connect its branch offices to both the internet and to applications hosted in its central data center. Data center applications use private IP addresses, while internet access requires public IP translation. Branch office users should access data center applications directly over the most optimal SD-WAN tunnel, and access the internet via a centralized security stack (e.g., Prisma Access or a central firewall) for inspection and SNAT Which combination of Prisma SD-WAN policy types and configurations are necessary to achieve this traffic flow and address translation requirement? (Select all that apply)
Answer: A,D,E
Explanation:
This scenario involves routing traffic based on destination (data center vs. internet) and applying appropriate NAT. - Option A (Correct): Path Policies are used to steer traffic. Traffic destined for data center applications (identified by IP, application, etc.) needs a Path Policy rule directing it towards the Data Center site over the established SD-WAN overlay tunnels. These tunnels provide secure, optimized connectivity for private IP communication. - Option B (Correct): Internet-bound traffic also needs a Path Policy rule. This rule would direct traffic destined for public IPs towards the designated internet egress point. This could be a direct internet link at the branch (if distributed egress is used) or, as described in the prompt, towards a central site hosting a security stack (like Prisma Access or a firewall) for centralized security and internet access. - Option C (Incorrect): Destination NAT (DNAT) is used for inbound traffic to internal servers (changing public destination IP to private). For branches accessing internal data center applications with private IPs, DNAT is not needed at the branch . The private IPs are routable within the SD-WAN overlay. - Option D (Correct): Internet-bound traffic from private IP users requires Source NAT (SNAT) to translate their private IPs to public IPs for communication on the internet. This SNAT is configured via a NAT Policy rule and typically happens at the point of intemet egress (either the branch direct internet link or the central security stack). - Option E (Incorrect): Security Policy controls what traffic is allowed and inspected once it's on a path, but the decision of which path to take (data center tunnel vs. internet path) is primarily determined by Path Policy.
NEW QUESTION # 77
A network operations team relies on AIOps for NGFW to proactively identify potential performance issues before they impact users. They observe an AIOps alert indicating a high rate of packet drops on a specific interface of a PA-Series firewall. Which specific data points or views available through the AIOps dashboard or its linked components (like Cortex Data Lake) would be MOST helpful in diagnosing the potential root cause of these packet drops? (Select all that apply)
Answer: A,B,C,D,E
Explanation:
Diagnosing packet drops requires examining network interface metrics, system resources, traffic logs, performance indicators, and recent changes. AIOps aggregates many of these or links to the source data. - Option A (Correct): Direct interface statistics are crucial for confirming packet drops and potentially identifying the nature of the errors (e.g., input drops due to overload, output errors). AIOps collects and visualizes these. - Option B (Correct): High CPU or data plane load can cause packet drops due to the firewall being overwhelmed. Checking resource utilization is a standard diagnostic step available via AIOps. - Option C (Correct): Traffic logs (in CDL/Panorama) provide details about why traffic is dropped (e.g., denied by policy, hit a specific error). Filtering logs by the affected interface helps correlate drops with specific traffic types or policy enforcement. AIOps facilitates drilling down to these logs. - Option D (Correct): High session setup rate or maximum throughput being reached can indirectly lead to packet drops on interfaces as the firewall struggles to process traffic. Performance monitoring metrics provide this context. - Option E (Correct): Recent configuration changes (e.g., interface speed/duplex mismatch, new policies causing unexpected load) can cause packet drops. AIOps change correlation helps identify such potential causes.
NEW QUESTION # 78
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