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| Section | Objectives |
|---|---|
| Security Platforms and Automation | - Security orchestration concepts
|
| Incident Response | - Incident lifecycle management
|
| Endpoint and Network Security Operations | - Endpoint telemetry and response
|
| Threat Detection and Investigation | - Detection engineering concepts
|
| Security Operations Fundamentals | - Core SOC concepts and workflows
|
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NEW QUESTION # 37
An administrator is using the Palo Alto Networks IoT Security subscription with their NGFW. They need to identify and inventory all previously unknown devices communicating on the internal network, visualize their communication patterns, and assess their security risk posture. Which dashboard or reporting view within the IoT Security portal (or integrated management platform) is designed to provide this comprehensive visibility into the discovered IoT device landscape?
Answer: E
Explanation:
The IoT Security solution provides dedicated dashboards for visualizing the discovered device inventory and their associated risks. Option A, B, D, and E are generic log viewers for security events, traffic flows, system events, and web access, respectively. The Device Inventory or Risk Dashboard specifically aggregates information about profiled devices, their types, vulnerabilities, communication patterns, and overall risk score.
NEW QUESTION # 38
An administrator is reviewing traffic logs on a Palo Alto Networks NGFW and sees sessions attributed to various Device-ID categories (e.g., 'Windows Desktop', 'Android Mobile', 'IP Camera', 'Unknown Device'). Where does the firewall obtain the information used to classify sessions into these Device-ID categories?
Answer: D
Explanation:
Device-ID's core function is passive device profiling based on observable network attributes. Option A is manual and not scalable or dynamic. Option B correctly describes the passive methods used to identify devices. Option C is a potential integration method for asset information, but not the primary mechanism for real-time Device-ID classification. Option D is for agent-based solutions like GlobalProtect HIP or Cortex XDR, but Device-ID itself is agentless. Option E is for User-ID mapping humans, not identifying device types.
NEW QUESTION # 39
An administrator is reviewing the security policy for remote users connecting via GlobalProtect to access internal resources. They notice a broad rule allowing 'any' application from the 'VPN-Zone' to the 'Servers' zone. To implement a more secure 'least privilege' model, the administrator wants to refine this policy. Which tuning action is MOST effective for improving the security posture based on App-Ld capabilities?
Answer: C
Explanation:
Moving towards least privilege with App-ID involves allowing only explicitly approved applications. Option A blocks everything. Option C uses exclusion, which is less precise than explicit inclusion. Option D is related to service ports but doesn't define which application is allowed. Option E adds inspection but doesn't refine the access control itself. Option B directly addresses the 'any' application issue by specifying only the necessary App-IDs, enforcing that only approved applications are allowed between the VPN zone and the server zone.
NEW QUESTION # 40
A company uses Prisma Access for Remote Networks (branch offices). They have configured a Service Connection back to their corporate data center where internal applications reside on a private IP subnet (10.50.1.0/24). Branch office users (on subnet 10.10.10.0/24) need to access these internal applications. Internet-bound traffic from the branch needs to be Source NAT'd to a public IP range assigned to the Prisma Access Remote Network location. Traffic destined for the data center should not be Source NAT'd. Which NAT policy configurations in Prisma Access are necessary to achieve this? (Select all that apply)
Answer: C,E
Explanation:
NAT policy in Prisma Access, like on Strata NGFWs, handles address translation based on defined rules. The rules match traffic flow (source/destination zone, etc.) and specify the translation action. - Option A (Correct): This rule matches traffic originating from the 'Remote-Networks' zone (the branch offices) destined for the 'Public' zone (the internet). It configures Source NAT using the public IP assigned to the specific Remote Network location in Prisma Access (Dynamic IP and Port is common for outbound user traffic). - Option B (Correct): This rule matches traffic originating from the 'Remote-Networks' zone destined for the 'Service-Connection' zone (representing the data center). By setting the Translated Packet Source Address Translation to 'No NAT', you explicitly tell Prisma Access not to perform SNAT on this internal-bound traffic. This ensures the original private source IPs from the branch are preserved when accessing data center resources, which is typically desired. - Option C: This describes DNAT for traffic originating from the data center towards the branch, which is not the scenario described. - Option D: While you could potentially match based on IP subnets instead of zones, using zones is the standard and recommended approach for policy definition in Palo Alto Networks platforms. More importantly, the desired action for data center traffic is 'No NAT', not Dynamic SNAT. - Option E: Security Policy rules control allow/deny and inspection profiles, but they do not define NAT translations. NAT is configured in a separate NAT Policy.
NEW QUESTION # 41
A company has deployed Prisma SD-WAN with ION devices at its branch offices. They need to control and secure traffic flowing not only from internal users to the internet and data center but also between internal segments within the branch itself (e.g., preventing devices on the IoT VLAN from initiating connections to the Corporate VLAN, except for specific management traffic). Which of the following are valid approaches using Prisma SD-WAN's zone-based firewall capabilities to achieve this internal segmentation and security within the branch? (Select all that apply)
Answer: A,B,E
Explanation:
Securing traffic between internal segments (east-west traffic) within a branch is a key use case for the zone-based firewall on the ION. - Option A (Correct): The foundational step is to define distinct Security Zones for each internal segment that needs to be separated and controlled. This establishes the trust boundaries. - Option B (Correct): To control traffic flow between these internal zones, you must create explicit Security Policy rules that specify the source zone and destination zone as the respective internal zones. These rules dictate what applications/services are allowed or denied between those segments. - Option C (Incorrect): The default inter-zone-default rule is 'deny'. Changing this to 'allow' would defeat the purpose of segmentation and allow all traffic between different zones by default, which is highly insecure. - Option D (Correct): For hardening, even trusted-looking internal traffic can carry threats (e.g., lateral movement of malware). Applying security profiles (Threat Prevention, Antivirus, Data Filtering, etc.) to the allow rules between internal zones provides deep inspection and protection against threats propagating laterally. - Option E (Incorrect): Relying solely on basic ACLs on switches provides only limited L3/L4 filtering and completely bypasses the App-ID, User-ID, and advanced Content-ID inspection capabilities of the ION's zone-based NGFW, which are necessary for modern security.
NEW QUESTION # 42
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