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| Certification Vendor: | Palo Alto Networks |
|---|---|
| Exam Name: | Palo Alto Networks Security Service Edge (SSE) Engineer Certification Exam |
| Exam Number: | SSE-Engineer |
| Exam Format: | Multiple choice |
| Available Languages: | English |
| Recommended Training: | Palo Alto Networks Education Services |
| Exam Registration: | Palo Alto Networks Certification Portal |
| Sample Questions: | Palo Alto Networks SSE-Engineer Sample Questions |
| Exam Way: | Online proctored or testing center (varies by region and delivery partner) |
| Official Syllabus URL: | https://www.paloaltonetworks.com/services/education/certification |
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NEW QUESTION # 55
A customer using Prisma Access (Managed by Panorama) wants to monitor traffic patterns across all remote networks and use Strata Logging Service to gather insights on network usage. An engineer notices that some network data is missing from the Application Command Center (ACC).
What should the engineer do to ensure complete data visibility?
Answer: B
Explanation:
For complete data visibility inPrisma Access (Managed by Panorama),log forwarding profilesmust be applied toall security policiesto ensure that traffic logs are correctly sent toStrata Logging Service. If log forwarding is missing or misconfigured, some traffic data may not appear in theApplication Command Center (ACC), leading to incomplete insights. Verifying and correctly assigning log forwarding ensures that all relevant network activity is captured and available for analysis.
NEW QUESTION # 56
Which overlay protocol must a customer premises equipment (CPE) device support when terminating a Partner Interconnect-based Colo-Connect in Prisma Access?
Answer: B
Explanation:
Colo-Connect deployments below the highest available bandwidth tier - specifically deployments in the 1 Gbps to 20 Gbps range, which is the typical range for a Partner Interconnect connection rather than a 50 Gbps- and-above Dedicated Interconnect link - require the CPE device to establish a GRE tunnel as the overlay carrying customer traffic across the underlying GCP interconnect, in addition to the eBGP session used for route exchange between the Colo router and the cloud router. This makes GRE the protocol the CPE must support for this class of Colo-Connect deployment, and it is documented as a hard prerequisite alongside BGP capability before onboarding can begin. IPSec (option B), while it is the overlay protocol used for traditional, internet-based Prisma Access service connections, is not the mechanism used for Colo-Connect, whose entire value proposition is bypassing IPSec overhead and the public internet in favor of a private, high-throughput cloud interconnect; requiring IPSec would defeat the low-latency, high-bandwidth design goal of Colo- Connect. Geneve (option A) is an encapsulation protocol used in other cloud networking and NSX-style overlay contexts, not a protocol required on the customer ' s CPE for Colo-Connect. DTLS (option D) is associated with encrypted UDP-based tunnel protocols such as those used by some VPN clients, not with the Colo-Connect Partner Interconnect overlay, and is not part of this architecture at all.
Reference:Prisma Access Colo-Connect - Requirements and Prerequisites (GRE and eBGP for Sub-20 Gbps Deployments).
NEW QUESTION # 57
A network administrator is enabling users, via Prisma Access Browser (PAB), to securely access internal web applications hosted exclusively within the organization ' s private data center. Which two Prisma Access infrastructure components are primarily configured to establish the necessary connection pathways from Prisma Access to these internal data center resources? (Choose two.)
Answer: A,C
Explanation:
Regardless of which client experience is used to reach a private application - full-tunnel GlobalProtect, PAB, or another connection method - the actual pathway from the Prisma Access cloud infrastructure into a customer ' s private data center resources is built using one of two purpose-built private-access connectivity components: Service Connections, the traditional IPSec-tunnel-based method that joins the data center network directly to the Prisma Access backbone, and the ZTNA Connector, a more modern, outbound- initiated, brokered-tunnel alternative that avoids the need for a traditional IPSec peer or inbound firewall exposure. Both are explicitly documented as valid mechanisms for establishing reachability to internal, private application resources, and PAB itself relies on whichever of these has been configured to actually reach the backend application once user access is authorized - making options B and D the correct pair.
Explicit Proxy (option A) is a mobile-user connection method for redirecting outbound internet and SaaS traffic through Prisma Access; it is not an infrastructure component used to establish inbound reachability to private data center applications, and conflating the two would be an architectural mismatch. Privileged Remote Access (option C) is not a standard Prisma Access infrastructure connectivity component in this context; it does not appear as a documented mechanism for establishing the backbone-to-data-center pathway that PAB depends on for reaching private applications.
Reference:Prisma Access - Service Connections and ZTNA Connector for Private Application Access.
NEW QUESTION # 58
During a deployment of Prisma Access (Managed by Strata Cloud Manager) for mobile users, a SAML authentication type and authentication profile in the Cloud Identity Engine application is successfully created.
Using this SAML authentication, what is a valid next step to configure authentication for mobile users?
Answer: A
NEW QUESTION # 59
An engineer is troubleshooting split-tunneling on a Palo Alto Networks VPN client. The local LAN interface is on the 192.168.1.0/24 network, and the Prisma Access Mobile User IP Pool is configured as 172.16.72.0/23 in Strata Cloud Manager (SCM). Based on the image below, which statement regarding the split-tunneling configuration for the VPN client is valid?
Answer: D
Explanation:
Interpreting a client-side split-tunnel routing table requires distinguishing three categories of entries: the broad, tunnel-wide default or pool-derived routes automatically installed by the GlobalProtect connection itself, host routes that fall naturally within the local LAN subnet and therefore route locally regardless of tunnel configuration, and host routes that fall entirely outside both the local LAN subnet (192.168.1.0/24) and the mobile user IP pool (172.16.72.0/23) - the latter category is the tell-tale signature of a deliberately, explicitly configured split-tunnel include route, since GlobalProtect would have no other reason to install a specific /32 host route for an address that belongs to neither the local network nor the assigned tunnel pool unless an administrator had explicitly added it as an include access route. A host address such as 9.9.9.9/32 falls squarely outside both of those ranges, so its presence as a specific /32 entry pointing into the tunnel interface is explained only by an explicit administrator-configured include route, which is exactly the conclusion in option A. By contrast, an address like 192.168.5.95 sits inside the broader local LAN addressing scheme referenced in the scenario and would be explained by local network routing behavior rather than a deliberate tunnel exclude configuration, and an address like 172.16.73.1 falls within the 172.16.72.0/23 mobile user pool itself, meaning its routing behavior is already accounted for by the pool ' s own default tunnel-inclusion behavior rather than representing a distinct, explicitly configured exclude entry.
Reference:GlobalProtect - Split Tunnel Access Route Verification via Client Routing Table.
NEW QUESTION # 60
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