Free and Premium Paloalto Networks SSE-Engineer Dumps Questions Answers

AZTNA Connectorrequires astable and direct connectionto thecloud gateway. When the connector is deployed behind adouble NAT (Network Address Translation), it can cause issues withreachability and session establishmentbecause the cloud gateway may not be able to properly identify and communicate with the connector. Double NAT can interfere withsecure tunneling, IP address resolution, and authentication mechanisms, leading toconnection failures. To resolve this, the connector should be placed in a network segment witha single NAT or a public IP assignment.

When network routers appear multiple times with different IP addresses in IoT Security, it is likely because they have multiple interfaces with separate IPs. Merging these entries into a single device with multiple interfaces ensures that the system correctly identifies each router as a unique entity while maintaining visibility across all its interfaces. This approach prevents unnecessary duplicates, improves asset management, and enhances security monitoring.

When multitenancy is enabled in Prisma Access (Managed by Panorama), a key characteristic is the isolation of resources between tenants. Palo Alto Networks documentation emphasizes that each tenant operates within its own logically separate Prisma Access environment. This includes dedicated compute instances, ensuring that the performance and security of one tenant are not impacted by the activities of another.

Let's analyze why the other options are incorrect based on official documentation:

A. Service connection licenses will be assigned only to the first tenant, and these service connections can be shared with the other tenants. This statement is incorrect. In a multitenant Prisma Access deployment, licenses are typically managed and allocated per tenant. While the underlying infrastructure might be shared by Palo Alto Networks, the logical resources and often the licensing are segmented for each tenant. Sharing service connections across completely separate tenants would violate the principle of tenant isolation.  

B. A single tenant cannot consist solely of mobile users or solely of remote networks. This statement is incorrect. Prisma Access multitenancy allows for flexibility in how tenants are configured. A tenant can be designed to exclusively serve mobile users, exclusively connect remote networks, or a combination of both, depending on the organizational structure and requirements.  

D. There is flexibility to manage different tenants using separate Panoramas, which allows for better organization and management of the multiple tenants. While it is possible to have multiple Panorama instances managing different parts of a large infrastructure, when discussing multitenancy within a single Prisma Access instance (as implied by the question "enabling multitenancy in Prisma Access (Managed by Panorama))", all configured tenants are managed by that single Panorama instance. Managing different tenants with separate Panoramas is a different architectural consideration, not a defining characteristic of enabling multitenancy within one Prisma Access deployment managed by a specific Panorama.

Therefore, the defining characteristic of Prisma Access multitenancy (Managed by Panorama) is the allocation of dedicated Prisma Access instances and compute resources for each tenant, ensuring logical separation and resource isolation

TheSASE Health Dashboardprovides visibility intouser and group synchronizationbetween theCloud Identity Engine and the Security Processing Nodes (SPNs). It allows administrators to verifywhether a group from the Cloud Identity Engine is properly fetched and available on the SPN for policy enforcement. This feature helps in troubleshooting identity-based access control issues and ensures thatuser group mappings are correctly applied within Prisma Access.

When the "Overlapping Subnets" checkbox is selected during the Remote Network onboarding process in Prisma Access, the deployment enables Private Application access using Prisma Access for Users(ZTNA or Private Access). This feature is designed to handle scenarios where multiple sites use the same IP subnet by leveraging NAT (Network Address Translation) and segmentation to avoid conflicts.

Since overlapping subnets can create routing challenges for direct remote network-to-remote network communication, Prisma Access does not support Remote Network-to-Remote Network or Mobile User communication in this case. Private application access is supported as Prisma Access correctly routes requests based on application-layer intelligence rather than IP-based routing.

When a large branch office experiences a high volume of employees logging in within a short time frame, the following apply:

Maximum pending TCP DNS requests is 64– This means that Prisma Access can queue up to 64 pending DNS requests over TCP before dropping additional requests. If more requests are received simultaneously, some may fail or experience delays.

Maximum number of TCP DNS retries is 3– If a DNS request fails over TCP, Prisma Access will attempt to retry the request up to three times before failing over to another method or returning an error.

TheCommand CenterwithinStrata Cloud Manager (SCM)provides acentralized view of applications, threats, and user insightsacross bothNGFW (Next-Generation Firewall) and Prisma Accesssimultaneously. This feature enables theoperations teamto monitorbranch locations, analyzesecurity events, and detect anomalies in real time, offering acomprehensive visibility and threat intelligence interfacefor proactive network and security management.

TheCloud Dynamic User Groupcapability inCloud Identity Engineenables the creation ofSecurity policiesthat useEntra ID (formerly Azure AD) attributesfor user identification. This allows PrismaAccess to dynamically applyuser-based security rulesbased onreal-time Entra ID attributes, ensuring that access policies adapt to user changes such asgroup membership, device compliance, or role updates.

Ensuring that theRemote_Network_Templateis selected when adding the User-ID Agent in Panorama is crucial because User-ID information must be associated with the correctRemote Networkconfiguration for policies to apply properly. Additionally, theService_Conn_Templatemust be selected when adding the User-ID Agent in Panorama, as theservice connectionis responsible for distributing User-ID mappings between theon-premises firewall and Prisma Access. If either of these configurations is incorrect, the user information will not be properly mapped, and traffic will not match user-based policies.

SincePhase 1 of the IPSec tunnel is establishedbutPhase 2 traffic is not being received, theTunnel logsinStrata Logging Serviceshould be reviewed.Tunnel logsprovide visibility into IPSec tunnel establishment,Phase 2 negotiation, and any errors or dropped packets related to encrypted traffic. This will help identify whetherESP (Encapsulating Security Payload) traffic is being blocked, mismatched security associations (SAs) exist, or if there are other issues with Prisma Access responding to Phase 2-encrypted packets.

ForGlobalProtect with pre-logon, certificates must beinstalled in the Machine Certificate Storeto ensure that authentication occursbefore user login. This allows the GlobalProtect client to establish aVPN connection before the user logs in, enabling access to corporate resources such as domain controllers and authentication services. Usingmachine certificatesensures secure authentication and eliminates dependency on user credentials at the pre-logon stage.

Palo Alto Networks AI Access Security integrates with Enterprise Data Loss Prevention (DLP) capabilities to control sensitive data within AI applications like ChatGPT. The most effective way to prevent users from uploading financial information is to:

Define an Enterprise DLP rule:This rule would be configured to identify content that matches patterns or keywords associated with financial information (e.g., credit card numbers, bank account details, tax identifiers, financial statements).

Apply the DLP rule to the AI Access Security policy:This policy would be specifically configured to inspect traffic to and from ChatGPT. When the DLP rule detects a user attempting to upload content containing financial information, it can take a defined action, such as blocking the upload.

Let's analyze why the other options are incorrect based on official documentation:

A. Apply File Blocking to stop file uploads containing financial information.While File Blocking can prevent the upload of certain file types, it is not content-aware. It cannot inspect thecontentof a file to determine if it contains financial information. Therefore, it's not a granular or effective solution for this specific requirement.

C. Add the ChatGPT domains using URL Filtering to block uploads containing financial information.URL Filtering controls access to specific websites or categories of websites. While you could potentially block access to ChatGPT entirely, it does not provide the capability to inspect the content being uploaded to a permitted domain and prevent the transfer of sensitive financial data.

D. Apply a vulnerability profile to stop attempts to exploit system flaws or gain unauthorized access to financial systems.Vulnerability profiles are designed to detect and prevent attempts to exploit known security vulnerabilities in systems. They are not designed to inspect the content of user uploads for sensitive data like financial information. While importantfor overall security, they do not directly address the requirement of preventing financial data uploads to ChatGPT.

Therefore, configuring an Enterprise DLP rule within AI Access Security is the correct and most effective method to prevent users from uploading financial information to ChatGPT by inspecting the content of the uploads.

Selecting the“Disable Server Response Inspection”checkbox means that traffic flowingfrom the server to the clientwillnot be inspectedfor threats, even if a threat protection profile is applied to the Security policy rule. This setting can reduce processing overhead but may expose the network to threats embedded in server responses, such as malware or exploits.

In Prisma Access's default routing mode, the service connections establish BGP sessions with the customer premises equipment (CPE) in the data centers. To ensure traffic destined for mobile users in a specific region (e.g., North America) traverses the service connection in that same region, you need to control the route advertisements.

Filtering out the mobile user pool prefixes from the other region on each service connection achieves this by:

Preventing the data center in one region from learning the specific mobile user prefixes of the other region.For example, the North American service connection would filter out the mobile user pool prefixes allocated to European users.

Ensuring that when a data center needs to send traffic to a mobile user, it will only see and use the route advertised by the service connection in the appropriate geographical region.This forces the traffic to enter the Prisma Access infrastructure through the intended regional service connection.

Let's analyze why the other options are incorrect based on official documentation regarding default routing mode:

A. Configure BGP on the customer premises equipment (CPE) to prefer the assigned community string attribute on the mobile user prefixes in its respective Prisma Access region.While BGP communities can be used for influencing routing decisions, in the context ofdefault routing modeand ensuring regional traffic flow, relying solely on the CPE to prefer community strings might not be the most robust or direct method to guarantee traffic traverses the correct regional service connection. The service connection itself needs to control the advertisement of prefixes.

C. Configure BGP on the customer premises equipment (CPE) to prefer the MED attribute on the mobile user prefixes in its respective Prisma Access region.The BGP MED (Multi-Exit Discriminator) attribute is primarily used to influence the path selectionbetweenautonomous systems (AS) or within the same AS at different entry points. In this scenario, where serviceconnections are advertising prefixes, filtering at the source (service connection) is a more direct and reliable way to ensure regional traffic flow than relying on the MED attribute on the CPE.

D. Configure each service connection to prepend the BGP ASN five times for mobile user pool prefixes originating from the other region.BGP AS path prepending is a mechanism to make a path less desirable. While this could influence routing, it doesn't guarantee that traffic will always take the intended regional path. Filtering provides a more definitive control over which routes are advertised and learned.

Therefore, configuring each service connection to filter out the mobile user pool prefixes from the other region in the advertisements to the data center is the verified method to ensure traffic destined for mobile users traverses the service connection in the appropriate region when using Prisma Access in default routing mode.

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.