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| Section | Objectives |
|---|---|
| Endpoint and Network Security Operations | - Endpoint telemetry and response
|
| Security Operations Fundamentals | - Core SOC concepts and workflows
|
| Security Platforms and Automation | - Security orchestration concepts
|
| Incident Response | - Incident lifecycle management
|
| Threat Detection and Investigation | - Detection engineering concepts
|
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NEW QUESTION # 136
Palo Alto Networks performs software updates and maintenance on the underlying Prisma Access infrastructure periodically. Which of the following statements accurately describe how these updates and maintenance activities are designed to affect the availability and security posture of the Prisma Access service for customers? (Select all that apply)
Answer: B,E
Explanation:
As a cloud service, the vendor (Palo Alto Networks) manages the underlying infrastructure maintenance and updates for Prisma Access, designed for high availability. - Option A: Updates are managed globally by Palo Alto Networks, not scheduled manually by individual customers. - Option B (Correct): Palo Alto Networks employs rolling update strategies across the global infrastructure, updating nodes in clusters or regions sequentially to minimize disruption. The goal is typically non-disruptive updates where existing sessions are maintained or seamlessly failed over. - Option C (Correct): While non-disruptive is the goal, Palo Alto Networks provides advance notification to customers about scheduled maintenance windows and update activities via standard communication channels. - Option Option D (Incorrect): The goal of the updates is to maintain or improve security posture, not disable security inspection during the process. Updates are designed to keep security services active. - Option E: As with dynamic updates, the administrator does not manage the installation of the underlying Prisma Access software itself; this is handled by Palo Alto Networks.
NEW QUESTION # 137
A large enterprise is modernizing its infrastructure, which includes a traditional on-premises data center, a significant presence in a public cloud (AWS/Azure/GCP), and a growing adoption of Kubernetes for containerized applications. The security architecture mandates next- generation firewall capabilities (App-ID, Content-ID, user/device awareness) at key security inspection points. Match the following Palo Alto Networks NGFW form factors to their MOST appropriate primary deployment scenarios or use cases in this hybrid environment: l. PA-Series II. VM-Series Ill. CN-Series IV. Cloud NGFW for AWS/Azure Palo Alto Networks security use cases: P. High-performance physical appliance for data center perimeter or core segmentation. Q. Software-based firewall for virtualized environments, private clouds, or public cloud IaaS perimeter/segmentation. R. Kubernetes-native firewall for securing inter-service communication and cluster ingress/egress traffic. S. Managed cloud-native firewall service for protecting public cloud workloads with simplified operations.
Answer: E
Explanation:
Understanding where each Palo Alto Networks NGFW form factor is best suited is key to designing a comprehensive security architecture. - I. PA-Series (Physical Appliances): These are hardware-based firewalls designed for high throughput and performance, typically deployed at physical perimeters (internet edge) or for high-density segmentation within physical data centers (P). - II. VM-Series (Virtual Appliances): These are software versions running on hypervisors (VMware, KVM, Hyper-V) or in public cloud IaaS environments (AWS EC2, Azure VM, GCP Compute Engine). They provide flexibility and can be used for virtual data center segmentation, private cloud security, or securing public cloud IaaS environments (Q). - Ill. CN-Series (Containerized NGFW): Designed specifically for Kubernetes and container environments. They run as containerized workloads and provide security for traffic within the cluster (east-west) and in/out of the cluster (north-south) (R). - IV. Cloud NGFW for AWS/Azure: This is a fully managed cloud-native firewall service offered directly within the public cloud provider's console (AWS Network Firewall integration, Azure Virtual Hub). It provides NGFW capabilities with simplified deployment and management, ideal for protecting public cloud workloads and VPCNNet perimeters (S). Option A correctly matches each form factor to its primary use case.
NEW QUESTION # 138
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: C
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 # 139
An organization is leveraging Advanced URL Filtering and Enterprise DLP subscriptions and configuring the corresponding profiles on their Palo Alto Networks NGFWs. They need to ensure sensitive data is not uploaded to specific forbidden URL categories, and that users receive an explicit warning before proceeding to certain other risky URL categories. Which combination of profile types and their configuration elements are necessary to achieve these two distinct requirements? (Select all that apply)
Answer: A,B,D,E
Explanation:
This scenario requires applying policies based on both IJRL category and sensitive data content, with different actions. - Option A (Correct): Blocking URL categories is done in the URL Filtering profile by setting the desired categories to the 'block' action. - Option B (Correct): Providing a warning requires the 'continue' action in the URL Filtering profile for the specific category. The warning message is customizable. - Option C (Correct): Preventing sensitive data upload is the function of the Data Filtering profile. The profile detects the patterns, and the Security Policy rule applying this profile (matching upload activities) is set to 'block' or 'alert' when a match occurs. - Option D (Incorrect): Threat Prevention is for malware/exploits, not sensitive data patterns. Sensitive data detection is done via the Data Filtering profile with the DLP subscription. - Option E (Correct): Once the profiles are configured, they must be applied to the relevant Security Policy rules to enforce the actions on matching traffic. Options A and B handle the URL category actions. Option C handles the sensitive data detection and action. Option E ties the profiles to the traffic flows via security policy.
NEW QUESTION # 140
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 # 141
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