[Feb-2026] Latest Palo Alto Networks NetSec-Analyst Certification Practice Test Questions
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Palo Alto Networks NetSec-Analyst Exam Syllabus Topics:
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NEW QUESTION # 183
With Strata Cloud Manager (SCM) or Panorama, customers can monitor and manage which three solutions?
(Choose three.)
- A. Prisma Access
- B. Prisma Cloud
- C. Cortex XSIAM
- D. NGFW
- E. Prisma SD-WAN
Answer: A,D,E
Explanation:
* Prisma Access (Answer A):
* Strata Cloud Manager (SCM) and Panorama provide centralized visibility and management for Prisma Access, Palo Alto Networks' cloud-delivered security platform for remote users and branch offices.
* NGFW (Answer D):
* Both SCM and Panorama are used to manage and monitor Palo Alto Networks Next- Generation Firewalls (NGFWs) deployed in on-premise, hybrid, or multi-cloud environments.
* Prisma SD-WAN (Answer E):
* SCM and Panorama integrate with Prisma SD-WAN to manage branch connectivity and security, ensuring seamless operation in an SD-WAN environment.
* Why Not B:
* Prisma Cloud is a distinct platform designed for cloud-native security and is not directly managed through Strata Cloud Manager or Panorama.
* Why Not C:
* Cortex XSIAM (Extended Security Intelligence and Automation Management) is part of the Cortex platform and is not managed by SCM or Panorama.
References from Palo Alto Networks Documentation:
* Strata Cloud Manager Overview
* Panorama Features and Benefits
NEW QUESTION # 184
Which action results in the firewall blocking network traffic with out notifying the sender?
- A. Drop
- B. Reset Client
- C. Deny
- D. Reset Server
Answer: C
NEW QUESTION # 185
An administrator would like to use App-ID's deny action for an application and would like that action updated with dynamic updates as new content becomes available.
Which security policy action causes this?
- A. Drop
- B. Reset both
- C. Deny
- D. Reset server
Answer: C
Explanation:
Explanation/Reference:
Reference:
https://docs.paloaltonetworks.com/pan-os/8-1/pan-os-admin/firewall-administration/manage- configuration backups/revert-firewall-configuration- changes.html
NEW QUESTION # 186
Consider the following firewall policy configuration snippet from a Panorama managed firewall:
An analyst observes internal users are still able to browse external HTTP websites, contradicting the 'Block-External-Browsing' rule. Using Policy Optimizer, Command Center, and Activity Insights, what is the most likely reason for this behavior, and how would these tools help identify and rectify it? (Select all that apply)
- A. Most Likely Reason: Users are bypassing the firewall using a VPN. Tool Action: Activity Insights would show a drop in 'web-browsing' activity but an increase in VPN application usage. Command Center would show VPN tunnel traffic bypassing policy checks.
- B. Most Likely Reason: The firewall is not configured to perform App-ID on HTTP traffic. Tool Action: Activity Insights would show traffic categorized as 'unknown- tcp' instead of 'web-browsing' for HTTP. Command Center would display sessions with 'unknown-tcp' as the application.
- C. Most Likely Reason: The 'Allow-Internal-HTTP' rule is shadowing 'Block-External-Browsing'. Tool Action: Policy Optimizer would highlight 'Allow-Internal-HTTP' as a shadowed rule or show its 'usage' affecting external traffic. Command Center would show sessions hitting 'Allow-Internal-HTTP' for external destinations.
- D. Most Likely Reason: The 'service' in 'Block-External-Browsing' is 'any', making it less specific than 'Allow-Internal-HTTP' and thus being hit first for internal traffic. Tool Action: Policy Optimizer would recommend making the 'Block-External-Browsing' rule more specific, possibly by adding a source or destination zone.
- E. Most Likely Reason: The 'Block-External-Browsing' rule is placed lower in the rulebase than 'Allow-Internal-HTTP'. Tool Action: Policy Optimizer's 'Rule Order' view would visually indicate the incorrect placement. Command Center session logs would confirm traffic hitting 'Allow-Internal-HTTP' instead of 'Block-External-Browsing'.
Answer: C,E
Explanation:
The core problem here is rule order and shadowing. Rule evaluation in Palo Alto Networks firewalls is top-down. The 'Allow- Internal-HTTP' rule is very broad (any-any source/destination, Trust zone to Trust zone). If a user initiates web-browsing traffic to an external site, the traffic originates from the 'Trust' zone. If the 'Allow-Internal-HTTP' rule is positioned above 'Block-External-Browsing', it will be evaluated first. Since its destination is 'any' and application is 'web-browsing', it will match and allow the traffic, even if the actual destination is external. This is classic rule shadowing. Option A: Correct. Policy Optimizer is specifically designed to identify shadowed rules. Command Center's detailed session logs would clearly show that external HTTP traffic is hitting the 'Allow-Internal-HTTP' rule, not the intended 'Block-External-Browsing' rule. Option B: Incorrect. App-ID typically works on HTTP. If it weren't, Activity Insights would show 'unknown-tcp', but the policy explicitly uses 'web-browsing', implying App-ID is functional. Option C: Incorrect. The 'service' being 'any' in 'Block-External-Browsing' makes it less specific, but for an external destination from Trust, the 'Block-External-Browsing' rule (Trust to Untrust) should be hit. The issue isn't the service specificity itself for this scenario, but the preceding 'Allow-Internal-HTTP' rule's broadness and placement. Option D: Correct. This directly addresses the rule order issue. Policy Optimizer has a 'Rule Order' view (or equivalent features in optimization dashboards) that would visually highlight if 'Allow-Internal-HTTP' is above 'Block-External-Browsing'. Command Center would provide the empirical evidence of which rule is actually being hit by the traffic. Option E: Incorrect. While VPN bypass is a possibility in general, given the policy snippet, the most direct and likely cause of this specific observed behavior (contradicting an explicit block rule) is a policy logic error (shadowing/ordering), not an external bypass method.
NEW QUESTION # 187
A Network Security Analyst is tasked with investigating a persistent 'High Severity' alert on the Incidents and Alerts page, categorizing it as 'Malware Download'. Log Viewer analysis shows repeated 'threat' logs with 'file-type: PE', 'action: alert', and 'verdict: malicious' from WildFire. The logs consistently show the same internal source IP downloading the same malicious executable from various external, compromised web servers. Despite the alerts, the internal host remains infected. What is the MOST likely root cause of the persistent infection, and what advanced remediation steps should the analyst prioritize?
- A. The malicious file is polymorphic, and WildFire is only detecting some variants. The analyst should submit the observed malicious files manually to WildFire for deeper analysis and wait for new signatures.
- B. The internal host is infected with persistent malware that re-downloads itself even after initial detection. The analyst must contain the host, initiate forensic analysis, and deploy endpoint detection and response (EDR) solutions.
- C. The internal host is bypassing the firewall (e.g., using a VPN or direct internet access), so the malicious files are not traversing the firewall. The analyst should investigate network architecture and endpoint configurations.
- D. The 'decryption profile' on the firewall is not enabled, preventing the firewall from inspecting encrypted traffic where the malware might be hidden. The analyst should enable SSL decryption.
- E. The firewall's WildFire profile is configured in 'monitor' mode instead of 'block'. The analyst should change the WildFire profile to 'block' or 'reset-both' for malicious verdicts and update the security policy.
Answer: B
Explanation:
The key phrase here is 'persistent infection' and 'repeated threat logs... from various external, compromised web servers' despite the firewall 'alerting' on the downloads. If the firewall is detecting the downloads and logging them, it implies traffic is traversing the firewall and WildFire is working. However, if the action is 'alert' only, the file is allowed to pass. Even with alerts, if the host remains infected and repeatedly downloads the same malware, the most likely root cause is a highly persistent malware on the internal host that automatically attempts to re- establish its presence or re-download components. Simply blocking future downloads (Option A) won't remediate the already infected host. Option B is less likely if the logs clearly show the firewall is seeing and alerting on the traffic. Option C suggests a detection gap, but the logs explicitly state 'verdict: malicious', implying detection is happening. Option E is plausible if no logs were being generated at all, but they are. Therefore, the priority shifts from network-level prevention to endpoint-level containment and remediation. Option D describes the correct and necessary advanced remediation steps for a persistent infection.
NEW QUESTION # 188
All users from the internal zone must be allowed only Telnet access to a server in the DMZ zone. Complete the two empty fields in the Security Policy rules that permits only this type of access.
Choose two.
- A. Service = "any"
- B. Application = "any"
- C. Service - "application-default"
- D. Application = "Telnet"
Answer: C,D
NEW QUESTION # 189
Which stage of the cyber-attack lifecycle makes it important to provide ongoing education to users on spear phishing links, unknown emails, and risky websites?
- A. delivery
- B. reconnaissance
- C. exploitation
- D. installation
Answer: A
Explanation:
Weaponization and Delivery: Attackers will then determine which methods to use in order to deliver malicious payloads. Some of the methods they might utilize are automated tools, such as exploit kits, spear phishing attacks with malicious links, or attachments and malvertizing.
Gain full visibility into all traffic, including SSL, and block high-risk applications. Extend those protections to remote and mobile devices.
Protect against perimeter breaches by blocking malicious or risky websites through URL filtering.
Block known exploits, malware and inbound command-and-control communications using multiple threat prevention disciplines, including IPS, anti-malware, anti-CnC, DNS monitoring and sinkholing, and file and content blocking.
Detect unknown malware and automatically deliver protections globally to thwart new attacks.
Provide ongoing education to users on spear phishing links, unknown emails, risky websites, etc.
https://www.paloaltonetworks.com/cyberpedia/how-to-break-the-cyber-attack-lifecycle
NEW QUESTION # 190
Refer to the exhibit.
Given the topology, which zone type should you configure for firewall interface E1/1?
- A. Tunnel
- B. Layer3
- C. Tap
- D. Virtual Wire
Answer: C
NEW QUESTION # 191
A critical web application serves content to external users. Due to a recent surge in web-based attacks (SQL injection, XSS), the security team has decided to implement aggressive protection. They want to block known attack patterns, detect and prevent zero-day exploits, and ensure any compromised system attempts to communicate with C2 servers are immediately shut down. Furthermore, all inbound file uploads must be scanned by WildFire, and specific sensitive file types (e.g., .exe, .dll, .js, .bat) should be blocked, regardless of content, if uploaded by external users. How do you combine Security Profiles and their actions to achieve this multifaceted protection?
- A. Apply individual Security Profiles directly to the inbound web application policy: a Vulnerability Protection profile (block SQLi/XSS), an Anti-Spyware profile (block C2), a WildFire Analysis profile (upload all), and a File Blocking profile (block specific extensions). Ensure the 'Log at End' option is enabled on the policy rule for all profile logs.
- B. Create a Security Profile Group. Include a Vulnerability Protection profile with 'block' for critical severities and 'reset-both' for high. Include an Anti-Spyware profile with 'block' for C2 and 'sinkhole' for DNS queries. Include a WildFire Analysis profile set to 'upload' for all file types. Include a File Blocking profile set to 'block' for the specified file types. Apply this group to the inbound web application policy.
- C. Create a Security Profile Group including: a Vulnerability Protection profile with specific rules for SQLi/XSS set to 'block' or 'reset-both' for critical/high. An Anti-Spyware profile configured with 'sinkhole' and 'block' for command-and-control categories, and 'DNS Sinkhole' enabled. A File Blocking profile configured to 'block' for .exe, .dll, .js, .bat for specific directions (upload). A WildFire Analysis profile set to 'block' for 'PE' and 'android' files, and 'upload' for 'all'. Apply this single Security Profile Group to the inbound web application security policy.
- D. Create a Security Profile Group. Include a Vulnerability Protection profile with signatures for SQL injection and XSS set to 'reset-both', and 'packet-capture' enabled for critical alerts. Include an Anti-Spyware profile with 'sinkhole' action for all C2 categories. Include a WildFire Analysis profile set to 'block' for 'PE' files and 'upload' for 'all' other file types. Include a File Blocking profile set to 'block' for .exe, .dll, .js, .bat. This group is then applied to the web application security policy rule.
- E. Configure a comprehensive Threat Prevention profile. Set all threat categories to 'block' for known attacks. Enable 'Signature-based Protection' and 'Protocol Anomaly Detection'. For C2, configure a DNS Security profile to 'block' and 'sinkhole'. For file uploads, use a Data Filtering profile to detect and block specific file types. WildFire is handled separately via a dedicated rule for file transfer applications.
Answer: D
Explanation:
Option B offers the most precise and effective combination of profiles and actions to meet the requirements. Vulnerability Protection ('reset-both' for SQLi/XSS, packet-capture): Directly addresses known attack patterns and allows for post-incident analysis for zero-day identification. 'Reset-both' terminates the connection immediately. Anti-Spyware ('sinkhole' for C2): Efficiently detects and diverts C2 communication attempts to a controlled sinkhole, preventing exfiltration and allowing analysis. WildFire Analysis ('block' for PE, 'upload' for all): Ensures immediate prevention for executable files (a common malware vector) while still analyzing all other file types for unknown threats. File Blocking ('block' for .exe, .dll, .js, .bat): Provides a hard block for specified sensitive file types regardless of WildFire verdict, which is critical for preventing supply chain or client-side injection attacks. This consolidated approach within a single Security Profile Group applied to the specific web application policy is highly efficient. Option A's WildFire 'upload' for all won't block immediately. Option C is less efficient than a group. Option D separates file blocking and WildFire, which is less integrated for this specific use case. Option E's WildFire 'block' only for PE/android misses other important file types for immediate blocking (like malicious scripts).
NEW QUESTION # 192
A Palo Alto Networks firewall configured with GlobalProtect VPN is experiencing an issue where remote users can establish a VPN connection but cannot access any internal network resources. Troubleshooting steps confirm that client-side routing is correct, and the VPN tunnel is established. The GlobalProtect gateway security policy logs show 'deny' actions with 'Application: incomplete' and 'Service: unknown-tcp'. Which combination of factors is most likely contributing to this problem?
- A. Missing or incorrect security policy rules allowing traffic from the GlobalProtect tunnel zone to internal zones, combined with a 'Service: application-default' setting that is preventing proper App-ID classification initially.
- B. The 'tunnel interface' for GlobalProtect is incorrectly assigned to a virtual router that does not have routes to the internal networks.
- C. Incorrect source NAT configuration on the GlobalProtect security policy and a missing security zone for the VPN tunnel interface.
- D. The GlobalProtect gateway is configured for SSL VPN but the client is attempting to connect via IPsec, leading to protocol mismatch and decryption failure.
- E. Certificate validation failure between the GlobalProtect client and the gateway, preventing session establishment beyond the initial handshake.
Answer: A
Explanation:
The key indicators here are 'Application: incomplete' and 'Service: unknown-tcp' in the logs, along with established VPN but no resource access. This strongly suggests that while the tunnel is up, the security policy is denying the traffic. 'Application: incomplete' often occurs when the firewall cannot fully classify the application (e.g., due to a security policy dropping the initial packets, or 'application-default' service being too restrictive before App-ID completes). If the service is 'application-default' for a policy that's meant to pass traffic, and the initial packets don't match known application defaults, it can be dropped. The primary issue is a lack of an explicit allow policy from the GlobalProtect tunnel zone to the internal zones, and potentially the 'Service' field being too restrictive, preventing initial App-ID classification and thus leading to 'incomplete' and 'unknown-tcp' classifications before a proper App-ID can be determined. If the policy uses 'application-default' and the initial packets (e.g., DNS, authentication) don't conform to a known App-ID, it gets dropped, making the application 'incomplete'.
NEW QUESTION # 193
A network security analyst is attempting to push a new security policy configuration to a Palo Alto Networks firewall. The commit operation fails with the error message:
Which of the following is the MOST LIKELY root cause of this commit failure?
- A. The device group hierarchy is misconfigured, preventing policy inheritance.
- B. The security policy rule 'Block_Malware_Sites' has an incorrect service port configured.
- C. The address object 'Malicious_lP_Feed' exists but is not associated with the 'Untrust' zone, or it has been deleted.
- D. The administrator's role-based access control (RBAC) privileges are insufficient to modify security policies.
- E. The firewall is experiencing a high volume of traffic, leading to a timeout during the commit process.
Answer: C
Explanation:
The error message explicitly states that the 'Malicious_IP_Feed' address object 'does not exist in the configured zone 'Untrust". This indicates a configuration inconsistency where the security rule references an object that is either missing, misspelled, or not correctly defined within the scope of the 'Untrust' zone, or has been deleted. Options A, B, D, and E describe other potential issues but do not directly align with the specific error message provided.
NEW QUESTION # 194
An advanced persistent threat (APT) group is suspected of exfiltrating data from an internal network segment to an external command- and-control (02) server over encrypted channels. The C2 communication leverages custom ports and rarely seen, but valid, SSL/TLS certificates. The security analyst has implemented SSL Forward Proxy decryption. Which specific configuration elements on the Palo Alto Networks firewall, beyond basic decryption policy, are critical to detect and prevent this sophisticated exfiltration attempt, potentially even if standard App-ID doesn't immediately identify it?
- A. All of the above combined, focusing on the synergy of decryption, content inspection, and threat intelligence. Specifically, full decryption allows App-ID to identify the true application, enabling granular policy enforcement and allowing Content-ID, Threat Prevention, File Blocking, and Data Filtering to inspect the domain/IP level. Custom signatures or advanced threat intelligence subscriptions are vital for detecting evasive C2.
- B. Configure a 'Security Policy' with 'Any' application and 'Decrypt' action, apply a custom 'Anti-Spyware' profile with DNS sinkholing, and enable 'Vulnerability Protection' with signatures for known C2 channels.
- C. Leverage 'File Blocking' profiles to prevent specific file types, enable 'Data Filtering' profiles for sensitive data patterns, and ensure 'Threat Prevention' is applied to the decrypted traffic. Additionally, consider custom 'External Dynamic Lists' for known C2 indicators.
- D. Enable 'Block Sessions with Unknown Status' in the decryption profile and ensure URL Filtering is configured to block 'Suspicious' categories.
- E. Ensure SSL Forward Proxy decryption is fully functional for the relevant zones. Utilize WildFire' analysis for unknown files, employ 'URL Filtering' to block suspicious or new domains, and apply a 'Custom URL Category' or 'External Dynamic List' for specific C2 domains/IPs. Configure 'Custom Signatures' based on threat intelligence for C2 patterns if available. Enable 'SSH Proxy' decryption for SSH tunnels.
Answer: A
Explanation:
This is a comprehensive scenario requiring a layered approach. Option E encompasses the most effective combination of features on a Palo Alto Networks firewall to combat sophisticated exfiltration over encrypted channels. Full decryption (SSL Forward Proxy) is the foundational element, as it enables all subsequent content inspection technologies (App-ID, Content-ID, Threat Prevention, File Blocking, Data Filtering) to see inside the encrypted tunnel. Without decryption, these features are severely limited. WildFire is critical for detecting zero-day malware used in exfiltration. URL Filtering and EDLs provide domain/IP reputation and blocking. Custom signatures are essential for detecting highly specific C2 patterns that might not be covered by standard databases. DNS sinkholing (from Anti-Spyware) is good, but without decryption, it might miss DNS over HTTPS. The synergy of all these features working on decrypted traffic provides the strongest defense against APTs.
NEW QUESTION # 195
Which two matching criteria are used when creating a Security policy involving NAT? (Choose two.)
- A. Post-NAT address
- B. Post-NAT zone
- C. Pre-NAT address
- D. Pre-NAT zone
Answer: B,C
NEW QUESTION # 196
How frequently can wildfire updates be made available to firewalls?
- A. every 60 minutes
- B. every 5 minutes
- C. every 15 minutes
- D. every 30 minutes
Answer: B
NEW QUESTION # 197
An administrator is reviewing the Security policy rules shown in the screenshot below.
Which statement is correct about the information displayed?
- A. The view Rulebase as Groups is checked.
- B. Eleven rules use the "Infrastructure* tag.
- C. Highlight Unused Rules is checked.
- D. There are seven Security policy rules on this firewall.
Answer: A
NEW QUESTION # 198
An organization is deploying a new application that uses non-standard ports for critical services and requires strict compliance logging of all access attempts, regardless of success or failure. The security team needs to ensure these specific sessions are always logged and accessible in Strata Logging Service with high fidelity. What configuration elements on the Palo Alto Networks firewall and within Strata Logging Service are essential to meet this requirement, and how can log volume be managed efficiently for these specific services without impacting performance?
- A. On firewall: Create a security policy rule for the application traffic, set the 'Action' to 'allow', and ensure 'Log at Session Start' and 'Log at Session End' are enabled. For compliance, also create a 'deny' rule before the 'allow' rule with 'Log at Session Start' enabled for the same traffic to capture failed attempts. Use a 'Custom Log Forwarding Profile' attached to these rules, configured to send relevant log types (e.g., traffic, threat, url) to Strata Logging Service. Strata Logging Service automatically handles volume.
- B. On firewall: Create a security policy rule allowing the application traffic and set the 'Action' to 'allow' with 'Log at Session End' enabled. In Strata Logging Service: Configure a dedicated log profile for the application to push logs to a separate data bucket.
- C. On firewall: Configure mirroring of all traffic to a dedicated sensor that forwards logs directly to Strata Logging Service. In Strata Logging Service: Define a custom dashboard for the mirrored logs.
- D. On firewall: Use an 'Intra-Zone' policy with 'Log at Session End' and configure a syslog profile to send logs to a local syslog server, not Strata Logging Service, for better control over log volume.
- E. On firewall: Enable packet capture for the specific ports and export PCAP files to Strata Logging Service for analysis. In Strata Logging Service: Utilize the PCAP viewer to analyze sessions.
Answer: A
Explanation:
For high-fidelity logging of all access attempts (success or failure) and efficient log management for specific services: 1. On the firewall: Enabling 'Log at Session Start' and 'Log at Session End' on both 'allow' and a preceding 'deny' rule (for the same traffic) ensures both successful and failed attempts are logged. 2. Custom Log Forwarding Profiles are crucial as they allow granular control over which log types are sent and to which log receivers (Strata Logging Service). This prevents unnecessary logs from being sent, managing volume. 3. Strata Logging Service is designed to handle large log volumes and automatically scales; it doesn't require separate data buckets for individual applications in the way suggested by Option A, but rather provides powerful query capabilities to filter data. Packet capture (D) is too resource-intensive for continuous compliance logging. Mirroring (C) is a different mechanism for full packet visibility, not direct log forwarding.
NEW QUESTION # 199
Which profile should be used to obtain a verdict regarding analyzed files?
- A. WildFire analysis
- B. Content-ID
- C. Vulnerability profile
- D. Advanced threat prevention
Answer: A
Explanation:
* A profile is a set of rules or settings that defines how the firewall performs a specific function, such as detecting and preventing threats, filtering URLs, or decrypting traffic1.
* There are different types of profiles that can be applied to different types of traffic or scenarios, such as Antivirus, Anti-Spyware, Vulnerability Protection, URL Filtering, File Blocking, Data Filtering, Decryption, or WildFire Analysis1.
* The WildFire Analysis profile is a profile that enables the firewall to submit unknown files or email links to the cloud-based WildFire service for analysis and verdict determination2. WildFire is the industry's most advanced analysis and prevention engine for highly evasive zero-day exploits and malware3. WildFire uses a variety of malware detection techniques, such as static analysis, dynamic analysis, machine learning, and intelligent run-time memory analysis, to identify and protect against unknown threats34.
* The Vulnerability Protection profile is a profile that protects the network from exploits that target known software vulnerabilities. It allows the administrator to configure the actions and log settings for each vulnerability severity level, such as critical, high, medium, low, or informational5.
* Content-ID is not a profile, but a feature of the firewall that performs multiple functions to identify and control applications, users, content, and threats on the network. Content-ID consists of four components: App-ID, User-ID, Content Inspection, and Threat Prevention.
* Advanced Threat Prevention is not a profile, but a term that refers to the comprehensive approach of Palo Alto Networks to prevent sophisticated and unknown threats. Advanced Threat Prevention includes WildFire, but also other products and services, such as DNS Security, Cortex XDR, Cortex XSOAR, and AutoFocus.
Therefore, the profile that should be used to obtain a verdict regarding analyzed files is the WildFire Analysis profile.
References:
1: Security Profiles - Palo Alto Networks 2: WildFire Analysis Profile - Palo Alto Networks 3: WildFire - Palo Alto Networks 4: Advanced Wildfire as an ICAP Alternative | Palo Alto Networks 5: Vulnerability Protection Profile - Palo Alto Networks : [Content-ID - Palo Alto Networks] : [Advanced Threat Prevention - Palo Alto Networks]
NEW QUESTION # 200
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