ITDumpsKR덤프제공 사이트에서 제공하는 NetSec-Analyst덤프를 사용함으로 여러분은 IT업계 전문가로 거듭날 날이 멀지 않았습니다. 저희가 제공하는 NetSec-Analyst인증시험 덤프는 여러분이 NetSec-Analyst시험을 안전하게 통과는 물론 관련 전문지식 장악에도 많은 도움이 될것입니다. NetSec-Analyst덤프를 구매하기전 문제가 있으시면 온라인 서비스나 메일로 상담받으세요. 한국어 상담 지원가능합니다.

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최신 Palo Alto Networks Certification NetSec-Analyst 무료샘플문제:

1. A Palo Alto Networks firewall is configured with User-ID and integrated with Active Directory. The network team reports that users from the 'Guest Wi-Fi' network are occasionally accessing internal resources. The current security policy allows 'Guest_Wi-Fi' users only to specific internet sites. Investigation reveals that the Guest Wi-Fi SSID is configured to assign IPs from a different subnet than the corporate network, but the User-ID mapping is still showing internal corporate users mapped to some Guest Wi-Fi IPs due to cached logins or session sharing. How would you prevent 'Guest_Wi-Fi' users, regardless of their User-ID mapping, from accessing internal resources while maintaining their internet access?

A) Create a new Security Policy rule with Source Zone: Guest_Zone, Source Address: Guest_Wi-Fi_Subnet, Source User: any, Destination Zone: Internal_Zone, Action: deny. Place this rule with the highest priority.
B) Implement an explicit Policy-Based Forwarding (PBF) rule for the Guest_Wi-Fi subnet to route all traffic directly to the internet, bypassing security policy evaluation for internal destinations.
C) Modify the existing rules for 'Guest_Wi-Fi' internet access by adding Destination Zone: Untrust and ensuring no rules allow Guest_Wi-Fi to Internal_Zone. Clear User-ID cache periodically.
D) Configure a User-ID exclusion list for the Guest_Wi-Fi subnet to prevent any User-ID mappings for those IPs, then create a deny rule for Guest_Zone to Internal Zone.
E) Create a new Security Policy rule with Source Zone: Guest_Zone, Source User: any, Destination Zone: Internal_Zone, Action: deny. Place this rule above all other internal access rules.

2. A security analyst needs to create a custom URL category for a new phishing campaign targeting the company. The phishing URLs frequently change their domain and path but always contain specific, unique query parameters used to track victims. Which combination of URL category types and regex patterns would be most effective and efficient for capturing these URLs while minimizing false positives, given the following example URL structures:

A)

B)

C)

D)

E)

3. An administrator is troubleshooting intermittent decryption failures for a specific set of websites. The logs show 'SSL Protocol Error' or 'Unsupported Protocol Version' frequently. The current decryption profile uses default settings for protocol versions. Upon investigation, it's discovered these websites are still using TLS 1.0 or TLS 1.1 , while the firewall is configured to prefer TLS 1.2 and above by default. Which of the following actions, or combination of actions, could resolve this issue while minimizing security compromises?

A) Add the problematic websites to a custom URL category and configure a 'No Decryption' policy for this category.
B) Install the certificates of these websites as trusted CAS on the firewall.
C) Modify the existing Decryption Profile's 'Minimum Protocol Version' to 'TLS 1.0' globally.
D) Create a new Decryption Profile. In the 'SSL Protocol Settings' section, set the 'Minimum Protocol Version' to 'TLS 1.0'. Apply this new profile to a security policy rule specific to these problematic websites, placed above the general decryption rule.
E) Disable SSL decryption entirely for these specific websites using an exclusion list.

4. A large enterprise uses a critical, internally developed database replication service that communicates exclusively between two specific database clusters (Cluster-A and Cluster-B) over TCP/1433 and TCP/50000-50005. App-ID occasionally misidentifies traffic on TCP/1433 as 'ms-sql-smb' and TCP/50000-50005 as 'unknown-tcp'. The security team wants to enforce strict security profiles on this replication traffic, ensuring it's always classified as 'internal-db-replication', a custom application previously defined. Additionally, they need to apply a specific QOS profile. Which set of configurations will best achieve this, considering the need for both precise identification and performance?

A) 1. Create two Application Override policies:

B) 1. Create an Application Filter that includes 'ms-sql-smb' and 'unknown-tcp'. 2. Create a security policy allowing this Application Filter between Cluster-A and Cluster-B, with the desired profiles.
C) 1. Create a Service Group including TCP/1433 and TCP/50000-50005. 2. Create a security policy allowing 'any' application with this Service Group between Cluster-A and Cluster-B, applying the security and QOS profiles.
D) 1. Create two custom application signatures, one for TCP/1433 and another for TCP/50000-50005, both named 'internal-db-replication'. 2. Create a security policy allowing 'internal-db-replication' between Cluster-A and Cluster-B, applying the desired security and QOS profiles.
E) 1. Disable App-ID for all traffic between Cluster-A and Cluster-B. 2. Create a security policy based on IP addresses and ports, applying the security and QOS profiles.

5. An enterprise is facing a unique challenge with its SD-WAN deployment. They have a custom, latency-critical, stateful application (App-ID: proprietary-app) that requires all its traffic (initial connection and subsequent data) to be pinned to a single, consistent WAN path for the entire session duration to avoid session resets. This application must prefer a specific MPLS link (Link A) if its latency is below 30ms and packet loss is below 0.01 If Link A degrades, the application should failover to a dedicated Internet VPN tunnel (Tunnel B) if Tunnel B's latency is below 50ms and packet loss below 0.1%. If both links fail their respective SLAs, the traffic should be dropped. Furthermore, if a session is established on Tunnel B, it should not flap back to Link A even if Link A recovers, to maintain session consistency. Which configuration elements are crucial to implement this requirement?

A) 1. Create a primary SD-WAN Path Group for Link A with a 30ms latency / 0.01% packet loss SLA. 2. Create a secondary SD-WAN Path Group for Tunnel B with a 50ms latency / 0.1% packet loss SLA. 3. Apply an SD-WAN policy for 'proprietary-app' that uses these path groups in order. 4. Enable 'Failover Only' mode for the secondary Path Group, which ensures once traffic moves to Tunnel B, it stays there until Tunnel B itself fails its SLA.
B) 1. Define two SLA profiles: 'MPLS_SLA' (30ms lat, 0.01% loss) and 'Internet_SLX (50ms lat, 0.1% loss). 2. Create an SD-WAN policy for 'proprietary-app'. Configure 'Dynamic Path Selection' with 'Best Path' and the following order: LinkA (using 'MPLS SLA'), then Tunnel B (using 'Internet_SLA'). 3. Crucially, enable 'Session Stickiness' within the SD-WAN policy settings for this application to prevent flap-back.
C) 1. Use a PBF rule for 'proprietary-app' to force it to LinkA as the primary interface. 2. Configure a monitor on Link A's health. If LinkA fails, automatically disable its interface. 3. Rely on routing to then pick Tunnel B as the next best path. 4. Implement a custom script to manually re-enable Link A only after a prolonged period of stability to prevent flapping.
D) 1. Configure Link A as the primary egress interface in a Zone. Configure Tunnel B as a backup interface in the same Zone. 2. Implement an SD-WAN policy for 'proprietary-app' that uses this Zone. 3. Use BFD on both Link A and Tunnel B to detect link failures. 4. Manually configure session persistence on the firewall for proprietary-app' to keep sessions on the initial path.
E) 1. Create an SLA profile for 'proprietary-app' with latency (30ms) and packet loss (0.01 thresholds. Apply this SLA to Link 2. Configure a PBF rule for 'proprietary-app' with primary next-hop Link A and secondary next-hop Tunnel B. Enable 'Session Stickiness' on the PBF rule. 3. Configure a separate SLA profile for Tunnel B (latency 50ms, packet loss 0.1 %) and link it to the PBF secondary path.

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