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Following are some reference material for actual Palo Alto Networks NetSec-Analyst exam test

Palo Alto Networks Network Security Analyst Sample Questions:

1. Consider the following XML configuration snippet for a DoS Protection Policy on a Palo Alto Networks firewall:

Assuming this policy is applied to the inbound zone for web traffic, what is the intended behavior and potential limitation of the 'group- by' setting in this specific configuration?

A) The 'group-by: source-ip' instructs the firewall to calculate DoS thresholds per unique source IP address. While effective for single-source attacks, it is less effective against highly distributed (DDoS) attacks unless combined with additional global thresholds.
B) The 'group-by: source-ip' ensures that the specified thresholds (e.g., TCP flood activation rate) are applied collectively to all traffic originating from a single source IP. This is effective against distributed attacks but might penalize a single legitimate user with multiple connections if thresholds are too low.
C) The 'group-by: source-ip' will apply the 'packet-based' and 'session-based' thresholds on a per-source IP basis. A limitation is that it does not account for attacks where multiple source IPs contribute to a low-volume but aggregate high-volume attack.
D) The 'group-by: source-ip' means that the firewall will aggregate all attack traffic based on destination IP and apply the protection actions. This is suitable for protecting individual web servers from targeted attacks.
E) The 'group-by: source-ip' is incorrectly configured for a 'target' rule type; it should be 'group-by: destination-ip' to protect the target web servers.

2. A large enterprise has implemented strict outbound traffic control. They want to prevent the transfer of any executable files (.exe, .msi, .dll) to external cloud storage services (e.g., Dropbox, Google Drive, OneDrive) unless the file has been explicitly scanned and deemed safe by WildFire. Additionally, they need to ensure that no archived files (.zip, .rar) containing executables are uploaded. Which Palo Alto Networks configuration objects and their precise application would best achieve this, considering the need for both file type and content inspection?

A) Configure a 'Security Policy' rule with 'Source Zone: internal', 'Destination Zone: external', 'URL Category: cloud-storage', 'Action: Allow'. Within this rule, apply a 'File Blocking' profile with a rule for 'upload' of 'exe, msi, dll' and 'Action: block' if not 'WildFire Verdict: benign'. Also, apply a 'Data Filtering' profile with a 'Nested File Blocking' rule to detect executables within archives and block.
B) Create a 'File Blocking' profile: Rule 1: 'Direction: upload', 'File Type: exe, msi, dll', 'Action: Continue' with 'WildFire Action: Block'. Rule 2: 'Direction: upload', 'File Type: zip, rar', 'Action: Block'. Ensure 'WildFire Analysis' is enabled on the security policy for these file types. The 'Block' for archives prevents nested executables without explicit nested file inspection by WildFire.
C) Create a 'WildFire Analysis' profile: Set 'Analysis: all' for relevant zones. Create a 'File Blocking' profile: Rule 1: 'Direction: upload', 'File Type: exe, msi, dll', 'Action: Allow' with 'WildFire Action: Continue and wait for result'. Rule 2: 'Direction: upload', 'File Type: zip, rar', 'Action: Block'. Apply both to the security policy for 'cloud-storage' URL category.
D) Create a 'Data Filtering' profile with predefined patterns for executables and archives. Create a 'File Blocking' profile to block 'exe, msi, dll, zip, rar' on upload. Apply both to the outbound security policy for cloud storage, ensuring the 'Data Filtering' profile's action is 'Block'.
E) Create a 'File Blocking' profile: Rule 1: 'Direction: upload', 'File Type: exe, msi, dll', 'Action: Block'. Rule 2: 'Direction: upload', 'File Type: zip, rar', 'Action: Block'. Apply this profile to an outbound security policy for URL category 'cloud-storage'. Also enable 'WildFire Analysis' on the same policy for all file types.

3. Consider a highly secure environment where outbound DNS traffic must be rigorously inspected for DNS exfiltration attempts and malicious domain lookups. The security team wants to leverage Palo Alto Networks' DNS Security profiles. They have identified several internal DNS servers (e.g., 10.0.0.10) that are authorized for external lookups, while all other internal hosts should only resolve against these internal servers. Malicious DNS requests should trigger an immediate block and log. How would you configure a DNS Security profile and related objects to achieve this, including handling specific known bad domains and unknown domains effectively?

A) Create a DNS Security profile. Set 'Domains: Malware' and 'Domains: Phishing' to 'block'. Enable 'DNS Tunneling' detection and set the action to 'block'- Configure a DNS Sinkhole IP Apply this DNS Security profile to a security policy rule that permits DNS traffic from internal hosts to the internal DNS servers (10.0.0.10). For traffic from 10.0.0.10 to external, apply a separate DNS Security profile with 'allow' for all categories.
B) Create a DNS Security profile. Configure 'Domains' to 'block' for 'malware', 'phishing', and 'unknown'. Set 'Sinkhole' to the firewall's management IP Apply this profile to all outbound security policies matching DNS traffic (port 53 UDP/TCP) regardless of source.
C) Create a DNS Security profile. For 'DNS Query Actions', set 'Domains: Malware' to 'block', 'Domains: Phishing' to 'block'. For 'DNS Tunneling', set 'tunnel-ratio' to 'block'. Configure a custom DNS Sinkhole IP (e.g., 10.0.0.1). Create two security policies: one allowing DNS from internal DNS servers (10.0.0.10) to external with this DNS Security profile, and another blocking DNS from 'any' internal host directly to external DNS.
D) Create a DNS Security profile with 'Domains' set to 'block' for all threat categories (e.g., malware, phishing, command-and-control, known-bad-domains, unknown)- Enable 'DNS. Sinkhole' and configure a dedicated sinkhole IP Apply this DNS Security profile to all outbound security policies that allow DNS traffic. For the internal DNS servers (10.0.0.10), create an explicit security policy allowing their DNS traffic to external destinations without this DNS Security profile, ensuring it's evaluated first.
E) Create a DNS Security profile with 'Domains' set to 'block' for 'command-and-control', 'malware', and 'phishing'. Configure a custom DNS Sinkhole IP Apply this profile only to security policies where the source is 'any' and destination is 'external-DNS'. Create a separate policy to allow DNS from internal DNS servers to external DNS with no DNS Security profile.

4. A large-scale SD-WAN deployment uses BGP for dynamic route exchange between hub and spoke firewalls. The network team has defined an SD-WAN profile with multiple SD-WAN policy rules. They observe that some traffic flows, which should be matched by an SD-WAN policy rule, are instead being routed according to the standard BGP routing table. This occurs even when the SD-WAN preferred path is technically 'up' and healthy according to Path Monitoring. What could be the complex underlying reasons for this behavior, considering the interaction between SD-WAN and dynamic routing?

A) The destination prefix for the traffic flow is not included in the 'Prefixes' list under the 'SD-WAN' tab of the Virtual Router configuration, preventing SD-WAN from taking control over that specific route.
B) The 'Source Zone' or 'Destination Zone' defined in the SD-WAN policy rule does not match the actual zones from which the traffic originates or to which it is destined, causing the rule to be bypassed.
C) The SD-WAN 'Policy Type' is set to 'PBR' (Policy-Based Routing) instead of 'SD-WAN', meaning it only influences local forwarding decisions and doesn't inject routes into the routing table that would compete with BGP.
D) The 'Path Monitoring' probes for the SD-WAN link, while reporting 'up', might be failing intermittently or experiencing high latency/loss that doesn't immediately trigger an 'SD-WAN down' state, but causes the SD-WAN engine to deem the path less optimal than the BGP route.
E) The SD-WAN profile's 'Priority' for the affected SD-WAN policy rule is lower than the administrative distance of the BGP-learned route to the same destination, causing BGP to take precedence.

5. A Palo Alto Networks firewall is configured to forward logs via a Log Forwarding Profile named 'LFP Cloud SIEM' to an AWS S3 bucket using the HTTP(S) protocol. The forwarding is currently failing with intermittent 'HTTP 403 Forbidden' errors, even though the IAM role and bucket policy seem correct. The firewall logs indicate 'Failed to send log to HTTP server: Authentication failed'. Which of the following is MOST likely the cause, assuming no network connectivity issues or time synchronization problems?

A) The firewall's clock is significantly out of sync with AWS services, causing signature validation failures for signed HTTP requests, even with valid credentials.
B) The AWS S3 bucket policy is incorrectly configured to only allow uploads from specific IP addresses, and the firewall's egress IP is not included.
C) The HTTP(S) server profile associated with the Log Fomarding Profile specifies an incorrect 'Host' or 'Path' for the S3 bucket endpoint.
D) The Log Fomarding Profile is configured to use an invalid 'Access Key ID' or 'Secret Access Key' for AWS S3 authentication.
E) The IAM role assigned to the AWS user/role used by the firewall does not have the 's3:PutObject' permission for the target S3 bucket, or a condition in the IAM policy is being met that denies the action.

Solutions: