PASS GUARANTEED PSE-STRATA-PRO-24 - NEWEST REAL PALO ALTO NETWORKS SYSTEMS ENGINEER PROFESSIONAL - HARDWARE FIREWALL BRAINDUMPS

Pass Guaranteed PSE-Strata-Pro-24 - Newest Real Palo Alto Networks Systems Engineer Professional - Hardware Firewall Braindumps

Pass Guaranteed PSE-Strata-Pro-24 - Newest Real Palo Alto Networks Systems Engineer Professional - Hardware Firewall Braindumps

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Palo Alto Networks PSE-Strata-Pro-24 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Architecture and Planning: This section of the exam measures the skills of Network Architects and emphasizes understanding customer requirements and designing suitable deployment architectures. Candidates must explain Palo Alto Networks' platform networking capabilities in detail and evaluate their suitability for various environments. Handling aspects like system sizing and fine-tuning is also a critical skill assessed in this domain.
Topic 2
  • Deployment and Evaluation: This section of the exam measures the skills of Deployment Engineers and focuses on identifying the capabilities of Palo Alto Networks NGFWs. Candidates will evaluate features that protect against both known and unknown threats. They will also explain identity management from a deployment perspective and describe the proof of value (PoV) process, which includes assessing the effectiveness of NGFW solutions.
Topic 3
  • Network Security Strategy and Best Practices: This section of the exam measures the skills of Security Strategy Specialists and highlights the importance of the Palo Alto Networks five-step Zero Trust methodology. Candidates must understand how to approach and apply the Zero Trust model effectively while emphasizing best practices to ensure robust network security.
Topic 4
  • Business Value and Competitive Differentiators: This section of the exam measures the skills of Technical Business Value Analysts and focuses on identifying the value proposition of Palo Alto Networks Next-Generation Firewalls (NGFWs). Candidates will assess the technical business benefits of tools like Panorama and SCM. They will also recognize customer-relevant topics and align them with Palo Alto Networks' best solutions. Additionally, understanding Strata’s unique differentiators is a key component of this domain.

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Palo Alto Networks Systems Engineer Professional - Hardware Firewall Sample Questions (Q10-Q15):

NEW QUESTION # 10
A customer has acquired 10 new branch offices, each with fewer than 50 users and no existing firewall.
The systems engineer wants to recommend a PA-Series NGFW with Advanced Threat Prevention at each branch location. Which NGFW series is the most cost-efficient at securing internet traffic?

  • A. PA-400
  • B. PA-600
  • C. PA-200
  • D. PA-500

Answer: A

Explanation:
ThePA-400 Seriesis the most cost-efficient Palo Alto Networks NGFW for small branch offices. Let's analyze the options:
PA-400 Series (Recommended Option)
* The PA-400 Series (PA-410, PA-415, etc.) is specifically designed for small to medium-sized branch offices with fewer than 50 users.
* It provides all the necessary security features, including Advanced Threat Prevention, at a lower price point compared to higher-tier models.
* It supports PAN-OS and Cloud-Delivered Security Services (CDSS), making it suitable for securing internet traffic at branch locations.
Why Other Options Are Incorrect
* PA-200:The PA-200 is an older model and is no longer available. It lacks the performanceand features needed for modern branch office security.
* PA-500:The PA-500 is also an older model that is not as cost-efficient as the PA-400 Series.
* PA-600:The PA-600 Series does not exist.
Key Takeaways:
* For branch offices with fewer than 50 users, the PA-400 Series offers the best balance of cost and performance.
References:
* Palo Alto Networks PA-400 Series Datasheet


NEW QUESTION # 11
Which three use cases are specific to Policy Optimizer? (Choose three.)

  • A. Discovering 5-tuple attributes that can be simplified to 4-tuple attributes
  • B. Enabling migration from port-based rules to application-based rules
  • C. Discovering applications on the network and transitions to application-based policy over time
  • D. Converting broad rules based on application filters into narrow rules based on application groups
  • E. Automating the tagging of rules based on historical log data

Answer: B,C,D

Explanation:
* Discovering Applications on the Network (Answer A):
* Policy Optimizeranalyzes traffic logs to identifyapplications running on the networkthat are currently being allowed by port-based or overly permissive policies.
* It providesvisibilityinto these applications, enabling administrators to transition to more secure, application-based policies over time.
* Converting Broad Rules into Narrow Rules (Answer B):
* Policy Optimizer helps refine policies byconverting broad application filters(e.g., rules that allow all web applications) intonarrower rules based on specific application groups.
* This reduces the risk of overly permissive access while maintaining granular control.
* Migrating from Port-Based Rules to Application-Based Rules (Answer C):
* One of the primary use cases for Policy Optimizer is enabling organizations tomigrate from legacy port-based rules to application-based rules, which are more secure and aligned with Zero Trust principles.
* Policy Optimizer identifies traffic patterns and automatically recommends the necessary application-based policies.
* Why Not D:
* 5-tuple attributes (source IP, destination IP, source port, destination port, protocol)are used in traditional firewalls. Simplifying these attributes to 4-tuple (e.g., removing the protocol) is not a use case for Policy Optimizer, as Palo Alto Networks NGFWs focus onapplication-based policies, not just 5-tuple matching.
* Why Not E:
* Automating tagging of rules based on historical log data is not a specific feature of Policy Optimizer. While Policy Optimizer analyzes log data to recommend policy changes, tagging is not its primary use case.
References from Palo Alto Networks Documentation:
* Policy Optimizer Overview
* Transitioning to Application-Based Policies


NEW QUESTION # 12
What does Policy Optimizer allow a systems engineer to do for an NGFW?

  • A. Act as a migration tool to import policies from third-party vendors
  • B. Recommend best practices on new policy creation
  • C. Identify Security policy rules with unused applications
  • D. Show unused licenses for Cloud-Delivered Security Services (CDSS) subscriptions and firewalls

Answer: C

Explanation:
Policy Optimizer is a feature designed to help administrators improve the efficiency and effectiveness of security policies on Palo Alto Networks Next-Generation Firewalls (NGFWs). It focuses on identifying unused or overly permissive policies to streamline and optimize the configuration.
* Why "Identify Security policy rules with unused applications" (Correct Answer C)?Policy Optimizer provides visibility into existing security policies and identifies rules that have unused or outdated applications. For example:
* It can detect if a rule allows applications that are no longer in use.
* It can identify rules with excessive permissions, enabling administrators to refine them for better security and performance.By addressing these issues, Policy Optimizer helps reduce the attack surface and improves the overall manageability of the firewall.
* Why not "Recommend best practices on new policy creation" (Option A)?Policy Optimizer focuses on optimizingexisting policies, not creating new ones. While best practices can be applied during policy refinement, recommending new policy creation is notits purpose.
* Why not "Show unused licenses for Cloud-Delivered Security Services (CDSS) subscriptions and firewalls" (Option B)?Policy Optimizer is not related to license management or tracking. Identifying unused licenses is outside the scope of its functionality.
* Why not "Act as a migration tool to import policies from third-party vendors" (Option D)?Policy Optimizer does not function as a migration tool. While Palo Alto Networks offers tools for third-party firewall migration, this is separate from the Policy Optimizer feature.


NEW QUESTION # 13
A prospective customer is interested in Palo Alto Networks NGFWs and wants to evaluate the ability to segregate its internal network into unique BGP environments.
Which statement describes the ability of NGFWs to address this need?

  • A. It can be addressed by creating multiple eBGP autonomous systems.
  • B. It can be addressed with BGP confederations.
  • C. It cannot be addressed because PAN-OS does not support it.
  • D. It cannot be addressed because BGP must be fully meshed internally to work.

Answer: B

Explanation:
Step 1: Understand the Requirement and Context
* Customer Need: Segregate the internal network into unique BGP environments, suggesting multiple isolated or semi-isolated routing domains within a single organization.
* BGP Basics:
* BGP is a routing protocol used to exchange routing information between autonomous systems (ASes).
* eBGP: External BGP, used between different ASes.
* iBGP: Internal BGP, used within a single AS, typically requiring a full mesh of peers unless mitigated by techniques like confederations or route reflectors.
* Palo Alto NGFW: Supports BGP on virtual routers (VRs) within PAN-OS, enabling advanced routing capabilities for Strata hardware firewalls (e.g., PA-Series).
* References: "PAN-OS supports BGP for dynamic routing and network segmentation" (docs.
paloaltonetworks.com/pan-os/10-2/pan-os-networking-admin/bgp).
Step 2: Evaluate Each Option
Option A: It cannot be addressed because PAN-OS does not support it
* Analysis:
* PAN-OS fully supports BGP, including eBGP, iBGP, confederations, and route reflectors, configurable under "Network > Virtual Routers > BGP."
* Features like multiple virtual routers and BGP allow network segregation and routing policy control.
* This statement contradicts documented capabilities.
* Verification:
* "Configure BGP on a virtual router for dynamic routing" (docs.paloaltonetworks.com/pan-os/10-2
/pan-os-networking-admin/bgp/configure-bgp).
* Conclusion: Incorrect-PAN-OS supports BGP and segregation techniques.Not Applicable.
Option B: It can be addressed by creating multiple eBGP autonomous systems
* Analysis:
* eBGP: Used between distinct ASes, each with a unique AS number (e.g., AS 65001, AS 65002).
* Within a single organization, creating multiple eBGP ASes would require:
* Assigning unique AS numbers (public or private) to each internal segment.
* Treating each segment as a separate AS, peering externally with other segments via eBGP.
* Challenges:
* Internally, this isn't practical for a single network-it's more suited to external peering (e.
g., with ISPs).
* Requires complex management and public/private AS number allocation, not ideal for internal segregation.
* Doesn't leverage iBGP or confederations, which are designed for internal AS management.
* PAN-OS supports eBGP, but this approach misaligns with the intent of internal network segregation.
* Verification:
* "eBGP peers connect different ASes" (docs.paloaltonetworks.com/pan-os/10-2/pan-os- networking-admin/bgp/bgp-concepts).
* Conclusion: Possible but impractical and not the intended BGP solution for internal segregation.Not Optimal.
Option C: It can be addressed with BGP confederations
* Description: BGP confederations divide a single AS into sub-ASes (each with a private Confederation Member AS number), reducing the iBGP full-mesh requirement while maintaining a unified external AS.
* Analysis:
* How It Works:
* Single AS (e.g., AS 65000) is split into sub-ASes (e.g., 65001, 65002).
* Within each sub-AS, iBGP full mesh or route reflectors are used.
* Between sub-ASes, eBGP-like peering (confederation EBGP) connects them, but externally, it appears as one AS.
* Segregation:
* Each sub-AS can represent a unique BGP environment (e.g., department, site) with its own routing policies.
* Firewalls within a sub-AS peer via iBGP; across sub-ASes, they use confederation EBGP.
* PAN-OS Support:
* Configurable under "Network > Virtual Routers > BGP > Confederation" with a Confederation Member AS number.
* Ideal for large internal networks needing segmentation without multiple public AS numbers.
* Benefits:
* Simplifies internal BGP management.
* Aligns with the customer's need for unique internal BGP environments.
* Verification:
* "BGP confederations reduce full-mesh burden by dividing an AS into sub-ASes" (docs.
paloaltonetworks.com/pan-os/10-2/pan-os-networking-admin/bgp/bgp-confederations).
* "Supports unique internal routing domains" (knowledgebase.paloaltonetworks.com).
* Conclusion: Directly addresses the requirement with a supported, practical solution.Applicable.
Option D: It cannot be addressed because BGP must be fully meshed internally to work
* Analysis:
* iBGP Full Mesh: Traditional iBGP requires all routers in an AS to peer with each other, scaling poorly (n(n-1)/2 connections).
* Mitigation: PAN-OS supports alternatives:
* Route Reflectors: Centralize iBGP peering.
* Confederations: Divide the AS into sub-ASes (see Option C).
* This statement ignores these features, falsely claiming BGP's limitation prevents segregation.
* Verification:
* "Confederations and route reflectors eliminate full-mesh needs" (docs.paloaltonetworks.com/pan- os/10-2/pan-os-networking-admin/bgp/bgp-confederations).
* Conclusion: Incorrect-PAN-OS overcomes full-mesh constraints.Not Applicable.
Step 3: Recommendation Justification
* Why Option C?
* Alignment: Confederations allow the internal network to be segregated into unique BGP environments (sub-ASes) while maintaining a single external AS, perfectly matching the customer's need.
* Scalability: Reduces iBGP full-mesh complexity, ideal for large or segmented internal networks.
* PAN-OS Support: Explicitly implemented in BGP configuration, validated by documentation.
* Why Not Others?
* A: False-PAN-OS supports BGP and segregation.
* B: eBGP is for external ASes, not internal segregation; less practical thanconfederations.
* D: Misrepresents BGP capabilities; full mesh isn't required with confederations or route reflectors.
Step 4: Verified References
* BGP Confederations: "Divide an AS into sub-ASes for internal segmentation" (docs.paloaltonetworks.
com/pan-os/10-2/pan-os-networking-admin/bgp/bgp-confederations).
* PAN-OS BGP: "Supports eBGP, iBGP, and confederations for routing flexibility" (paloaltonetworks.
com, PAN-OS Networking Guide).
* Use Case: "Confederations suit large internal networks" (knowledgebase.paloaltonetworks.com).


NEW QUESTION # 14
In addition to Advanced DNS Security, which three Cloud-Delivered Security Services (CDSS) subscriptions utilize inline machine learning (ML)? (Choose three)

  • A. IoT Security
  • B. Advanced Threat Prevention
  • C. Advanced WildFire
  • D. Advanced URL Filtering
  • E. Enterprise DLP

Answer: B,D,E

Explanation:
To answer this question, let's analyze each Cloud-Delivered Security Service (CDSS) subscription and its role in inline machine learning (ML). Palo Alto Networks leverages inline ML capabilities across several of its subscriptions to provide real-time protection against advanced threats and reduce the need for manual intervention.
A: Enterprise DLP (Data Loss Prevention)
Enterprise DLP is a Cloud-Delivered Security Service that prevents sensitive data from being exposed. Inline machine learning is utilized to accurately identify and classify sensitive information in real-time, even when traditional data patterns or signatures fail to detect them. This service integrates seamlessly with Palo Alto firewalls to mitigate data exfiltration risks by understanding content as it passes through the firewall.
B: Advanced URL Filtering
Advanced URL Filtering uses inline machine learning to block malicious URLs in real-time. Unlikelegacy URL filtering solutions, which rely on static databases, Palo Alto Networks' Advanced URL Filtering leverages ML to identify and stop new malicious URLs that have not yet been categorized in static databases.
This proactive approach ensures that organizations are protected against emerging threats like phishing and malware-hosting websites.
C: Advanced WildFire
Advanced WildFire is a cloud-based sandboxing solution designed to detect and prevent zero-day malware.
While Advanced WildFire is a critical part of Palo Alto Networks' security offerings, it primarily uses static and dynamic analysis rather than inline machine learning. The ML-based analysis in Advanced WildFire happens after a file is sent to the cloud for processing, rather than inline, so it does not qualify under this question's scope.
D: Advanced Threat Prevention
Advanced Threat Prevention (ATP) uses inline machine learning to analyze traffic in real-time and block sophisticated threats such as unknown command-and-control (C2) traffic. This service replaces the traditional Intrusion Prevention System (IPS) approach by actively analyzing network traffic and blocking malicious payloads inline. The inline ML capabilities ensure ATP can detect and block threats that rely on obfuscation and evasion techniques.
E: IoT Security
IoT Security is focused on discovering and managing IoT devices connected to the network. While this service uses machine learning for device behavior profiling and anomaly detection, it does not leverage inline machine learning for real-time traffic inspection. Instead, it operates at a more general level by providing visibility and identifying device risks.
Key Takeaways:
* Enterprise DLP, Advanced URL Filtering, and Advanced Threat Prevention all rely on inline machine learning to provide real-time protection.
* Advanced WildFire uses ML but not inline; its analysis is performed in the cloud.
* IoT Security applies ML for device management rather than inline threat detection.


NEW QUESTION # 15
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