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1. A network administrator is troubleshooting an intermittent application connectivity issue that only affects a specific subnet, but only when traffic traverses a particular firewall managed by Panoram a. The administrator suspects a recent policy change. How can Panorama's features be leveraged to efficiently diagnose and potentially revert problematic policy changes for this specific firewall, minimizing impact to other devices?

A) Utilize Panorama's 'Configuration History' and 'Load Named Configuration' features to review recent changes, identify the specific commit that introduced the issue, and revert only that firewall's configuration to a previous, known-good state without affecting other devices managed by Panorama.
B) Disable all security policies on the problematic firewall to isolate the issue, then re-enable them one by one.
C) Use the 'Commit Scope' feature in Panorama to commit only the changes made to the problematic device group and then review the commit history on the device itself.
D) Export the full configuration of all firewalls, use a diff tool to compare them, then manually reconfigure the problematic firewall.
E) Perform a 'Revert to Last Saved Configuration' directly on the affected firewall, then manually re-apply all necessary changes.

2. A large-scale deployment uses Panorama to manage hundreds of Palo Alto Networks firewalls. An External Dynamic List (EDL) for 'IP Address' type is centrally configured on Panorama, pointing to an internal threat intelligence server. Which of the following statements accurately describes the operational flow and considerations when this EDL is applied to Security Policy rules pushed from Panorama to the managed firewalls?

A) Panorama fetches the EDL content and pushes the entire list to each firewall during a policy commit.
B) If the threat intelligence server is unreachable, Panorama will cache the last known good list and push it to all firewalls.
C) Only firewalls with Panorama's 'Threat Prevention' subscription can utilize EDLs configured on Panorama.
D) Each managed firewall independently fetches the EDL content directly from the threat intelligence server based on its configured refresh interval, and Panorama only distributes the EDL object definition.
E) EDLs configured on Panorama can only be used in Pre-Rulebase or Post-Rulebase policies, not in shared rulebases.

3. A cybersecurity firm manages multiple tenants on a single Palo Alto Networks firewall using Virtual Systems (vSys). Each vSys has its own PBF policies. A new requirement dictates that all outbound web traffic (TCP/80, 443) from a specific subnet (172.16.0.0/24) in 'vSys_A' must first be directed to an external web proxy (192.0.2.254) before being sent to the internet. This proxy is located in a different vSys, 'vSys_B', which has a dedicated interface (ethernet1/10) for this proxy integration. All other traffic from 172.16.0.0/24 in 'vSys A' should follow its regular internet path. Which PBF configuration is appropriate, and what critical inter-vSys element is needed?

A) In 'vSys_A', create a PBF rule: Source Address: 172.16.0.0/24, Application: web-browsing, ssl, Action: Forward, Virtual Router: (Virtual Router in vSys_B where the proxy's network resides). In 'vSys_B', a static route for 172.16.0.0/24 must point to the proxy via ethernet1/10.
B) In 'vSys_A', create a PBF rule: Source Address: 172.16.0.0/24, Application: web-browsing, ssl, Action: Forward, Egress Interface: (Inter-vSys Link Interface), Next Hop: 192.0.2.254. An 'Inter-vSys Link' must be configured between 'vSys_A' and 'vSys_B'.
C) This scenario requires a dedicated physical interface to connect 'vSys_A' to 'vSys_B' as an 'inter-vSys' data plane link, and PBF cannot be used to directly forward traffic between Virtual Systems.
D) In 'vSys_A', create a PBF rule: Source Address: 172.16.0.0/24, Application: web-browsing, ssl, Egress Interface: ethernet1/10 (assigned to vSys_B), Next Hop: 192.0.2.254, Action: Forward. Ensure a security policy exists in vSys_B to allow traffic from vSys_A to the proxy.
E) In 'vSys_A', create a PBF rule: Source Address: 172.16.0.0/24, Application: web-browsing, ssl, Action: Forward, Virtual Router: (Virtual Router in vSys_B), Next Hop: 192.0.2.254. This requires an inter-vSys forwarding mechanism to be configured.

4. An enterprise is planning to deploy custom applications in a private cloud, with strict requirements for end-to-end encryption. These applications will use certificate pinning to prevent Man-in-the-Middle attacks. The security team needs to ensure that Palo Alto Networks firewalls provide application-level visibility (App-ID, Content-ID, Threat Prevention) into this traffic without breaking the certificate pinning.
Which of the following approaches is feasible, and what is a critical consideration?

A) Implement 'SSL Decryption Excluding Server Certificates' to allow initial handshake logging, and use a custom URL category for these applications to bypass all decryption.
B) Use SSL Inbound Inspection, ensuring the firewall's decryption profile is configured to 'Block Sessions with Untrusted Certificates'.
C) Leverage a 'No Decryption' policy rule for the pinned applications, acknowledging that App-ID will still function for initial session identification, but Content-ID and Threat Prevention will be limited for the encrypted payload.
D) Certificate pinning is inherently incompatible with inline SSL decryption. The firewall should be configured for 'No Decryption' for this traffic, and visibility will be limited to Layer 3/4 information and initial App-ID derived from handshake. Application-level security should be enforced at the endpoint or application layer itself, potentially using a Web Application Firewall (WAF) or API Gateway.
E) Configure SSL Forward Proxy decryption with the firewall's root CA certificate installed on all application servers.

5. A critical, latency-sensitive application (App-ID: custom-app-l ) must be deployed over a highly redundant SD-WAN architecture. The requirement is that this application must always use either MPLS Circuit A or MPLS Circuit B, based on which one has lower latency. If both MPLS circuits exceed a 50ms latency threshold OR if their combined packet loss exceeds 0.1%, traffic for this application must be automatically redirected to a dedicated, encrypted Internet VPN tunnel (Tunnel C) that serves as an emergency backup. If Tunnel C also fails its 100ms latency / 1% packet loss SLA, the traffic should be dropped. Which SD-WAN policy configuration best achieves this intricate failover and path preference logic?

A) Define two SD-WAN path groups: 'MPLS Preferred' containing MPLS A and B, and 'Internet_Backup' containing Tunnel C. Create an SD-WAN policy for custom-app-l. Set the primary path group to 'MPLS_Preferred' with a strict SLA (latency 50ms, loss 0.1%). Set the secondary path group to 'Internet_Backup' with a less strict SLA (latency 100ms, loss 1 Configure the 'Fail Action' to 'Drop' if all paths fail their respective SLAs. This allows the system to automatically failover based on group performance and then individual link performance.
B) Configure multiple security policies based on application and destination. Policy 1 for custom-app-l will use a dedicated VR that only has MPLS A and B routes, with an SLA profile to detect degradation. Policy 2 for custom-app-l will use a second VR that only has Tunnel C route, with its own SLA. Use route monitoring to switch between VRs based on SLA failure.
C) Create an SLA profile for custom-app-l with thresholds: latency < 50ms (MPLS) and packet loss < 0.1% (MPLS), and latency < 100ms (Tunnel C) and packet loss < 1% (Tunnel C). Configure a PBF rule for custom-app-l with primary next-hop as MPLS A, secondary as MPLS B, and tertiary as Tunnel C. PBF will handle the failover based on link health.
D) Configure a single SD-WAN policy for custom-app-l. Create a primary SLA profile for MPLS circuits (latency 50ms, loss 0.1%) and assign it to MPLS A and B. Create a secondary SLA profile for Tunnel C (latency 100ms, loss 1 and assign it to Tunnel Implement dynamic path selection where the 'best path' is chosen from MPLS NB first. If neither meets the primary SLA, the system automatically evaluates Tunnel C against its secondary SLA. If all fail, traffic drops.
E) Use a PBF rule for custom-app-l. Set the primary egress interface to a zone containing MPLS A and B with a load-balancing algorithm based on latency. Configure a floating static route for custom-app-l with a higher administrative distance pointing to Tunnel C, which becomes active if both MPLS interfaces go down. If Tunnel C fails, rely on default routing to drop the traffic.

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