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| Section | Objectives |
|---|---|
| Endpoint and Network Security Operations | - Endpoint telemetry and response
|
| Security Platforms and Automation | - Security orchestration concepts
|
| Incident Response | - Incident lifecycle management
|
| Threat Detection and Investigation | - Detection engineering concepts
|
| Security Operations Fundamentals | - Core SOC concepts and workflows
|
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NEW QUESTION # 69
An organization has several distinct network segments in its on-premises data center: User VLANs, Server VLANs (Production), and a DMZ. They have deployed a Palo Alto Networks PA-Series firewall as an internal segmentation firewall. Which core firewall concept is used to define these segments logically and enable security policy enforcement for traffic flowing between them?
Answer: E
Explanation:
Security Zones are the fundamental building blocks for defining logical trust boundaries and implementing network segmentation on Palo Alto Networks firewalls. Interfaces connected to different network segments are assigned to distinct zones, and then security policies are written to control traffic flow and apply inspection between these zones. Option A is for routing separation. Option B is an interface mode for transparent deployment. Option D is for conditional routing. Option E groups ports/protocols.
NEW QUESTION # 70
An organization is configuring Security Policy rules on a Palo Alto Networks VM-Series firewall in a public cloud environment (e.g., AWS VPC) to segment application tiers. They have zones for 'Web-Tier', 'App-Tier', and 'DB-Tier'. They need to allow HTTP/HTTPS traffic from 'Web-Tier' to 'App-Tier' but apply deep threat inspection. They also need to allow database traffic (MS-SQL, MySQL) from 'App-Tier' to 'DB-Tier' but only for specific application servers. Which policy elements and configurations are essential for implementing these requirements? (Select all that apply)
Answer: A,B,D
Explanation:
Segmenting traffic between application tiers requires defining policies based on zones, applications, and sources, and applying inspection. - Option A (Correct): This defines the rule for Web-Tier to App-Tier traffic, using zones, common web applications, and applying a Threat Prevention profile for inspection. - Option B (Correct): This defines the rule for App-Tier to DB-Tier traffic, specifying the source zone, destination zone, using an Address Group for the specific allowed servers, and using App-IDs for the database protocols. Applying security profiles (like Threat Prevention) to database traffic is also a best practice for detecting potential exploits or C2 over these protocols. - Option C (Correct): Deep threat inspection on HTTPS traffic requires decryption. A Decryption policy rule matching traffic between 'Web-Tier' and 'App-Tier' for HTTPS (ssl service) is necessary to enable Content-ID inspection by profiles like Threat Prevention and WildFire. - Option D (Incorrect): NAT is generally not needed for internal segmentation traffic using private, routable IP addresses within the same VPC/network space, unless there's a specific requirement for address translation between segments (which is uncommon in simple tier egmentation). - Option E (Optional but not essential for the described policy): User-ID provides user context but is not strictly necessary for policies based on application tiers and server addresses, unless the requirement was to allow access based on user identity accessing resources within those tiers.
NEW QUESTION # 71
A branch office using Prisma SD-WAN with two internet links (ISPI and ISP2) is configured with a Path Policy for VoIP traffic. The policy is set to prioritize the path with the 'Best Quality' based on latency, jitter, and packet loss thresholds defined in an SLA profile. What happens in Prisma SD-WAN if the Path Monitoring feature detects that the link currently carrying VoIP traffic degrades and no longer meets the defined SLA thresholds?
Answer: D
Explanation:
A core function of SD-WAN is dynamic, performance-based routing. Prisma SD-WAN's Path Policy works in conjunction with Path Monitoring and SLAs to achieve this. - Option A: SD-WAN is designed to maintain application availability and performance, not block traffic upon link degradation. - Option B (Correct): When Path Monitoring detects a link is no longer meeting the SLA defined for a specific application in the Path Policy, the ION device will automatically and near-instantaneously steer that application's traffic flow to another available WAN link that does currently meet the SLA, providing hitless failover or dynamic path selection. - Option C: Alerts are generated, but the system's core function is automated steering based on real-time conditions. - Option D: Buffering can sometimes be used for specific QOS mechanisms, but the primary response to link degradation below SLA is dynamic path steering. - Option E: The Path Policy is static; it's the dynamic evaluation of link quality against the SLA defined in the policy that triggers the steering decision.
NEW QUESTION # 72
An administrator is configuring SSL Inbound Inspection on a Palo Alto Networks NGFW to decrypt incoming HTTPS traffic destined for an internal web server. Which type of certificate, specifically the private key component, must be imported onto the firewall to enable successful decryption of traffic destined for that specific server?
Answer: C
Explanation:
SSL Inbound Inspection requires the firewall to decrypt traffic destined for internal servers. This is achieved by having the server's private key, which allows the firewall to decrypt the symmetric session key exchanged during the SSL handshake. Option A and B are for SSL Forward Proxy. Option C is for client authentication, not server-side decryption. Option E is a type of certificate that might be used, but specifically the server's private key associated with the server certificate is required.
NEW QUESTION # 73
A company uses Palo Alto Networks Prisma Access for its remote workforce. They have a strict policy to prevent the exfiltration of sensitive customer data, specifically documents containing patterns resembling Social Security Numbers (SSNs) or Credit Card Numbers (CCNs). Users should be blocked if they attempt to upload such documents to cloud storage or webmail services. Assuming App-ID correctly identifies the applications and SSL Forward Proxy decryption is successfully enabled for relevant traffic, which Content-ID feature is used to enforce this policy, and what is a key aspect of its configuration?
Answer: D
Explanation:
Preventing sensitive data loss based on pattern matching within application traffic is the specific function of the Data Filtering profile (part of Content-ID). Option D correctly identifies this feature and a key aspect of its configuration: defining the patterns to look for (using regular expressions or built-in data identifiers) and specifying the action (block, alert, etc.) when a match is found within the traffic flow that the Data Filtering profile is applied to via a security policy. Option A is incorrect; Threat Prevention signatures are primarily for exploits and malware, not data patterns. Option B is too blunt; it blocks access entirely rather than inspecting the content being transferred. Option C blocks file types, not specific content within files. Option E is incorrect; Antivirus profiles scan for malware signatures, not sensitive data patterns.
NEW QUESTION # 74
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