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| Section | Objectives |
|---|---|
| Data Ingestion and Configuration | - Manage assets and identity mappings - Configure data sources for analysis
|
| Detection and Investigation | - Perform threat hunting and investigation
|
| Platform and Architecture | - Identify the components of the Cortex product portfolio
|
| Automation and Response | - Execute response actions
|
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NEW QUESTION # 178
A security analyst is investigating a potential data exfiltration attempt by a remote user connected to Prisma Access. The user is suspected of uploading sensitive documents to a personal cloud storage account. The Prisma Access deployment includes SSL Decryption and Enterprise DLP subscriptions, and relevant Security Policy rules with Data Filtering profiles are configured and logging to Cortex Data Lake. Which of the following log types or reporting views in Cortex Data Lake or the Cloud Management Console would be MOST relevant for confirming the exfiltration attempt and identifying the sensitive data? (Select all that apply)
Answer: A,B,C,E
Explanation:
Investigating data exfiltration over encrypted channels requires confirming the activity, checking for data leakage detection, verifying successful inspection, and potentially seeing file transfer details. - Option A (Correct): Traffic logs confirm the user initiated an upload session to a cloud storage application (identified by App-ID), which is the suspected activity. - Option B (Correct): Data Filtering logs are the direct evidence of the DLP policy working. They show if sensitive data patterns were detected within the session's data stream, which is the core of the exfiltration concern. - Option C (Correct): File logs provide details about any files transferred, confirming what file type was uploaded during the suspicious session. This complements the DLP detection. - Option D (Correct): Since the exfiltration is suspected over an encrypted channel (HTTPS to cloud storage), confirming that the upload traffic was successfully decrypted is essential for ensuring that the Data Filtering inspection could actually occur. - Option E: Threat logs are for detecting malware or exploits, not sensitive data exfiltration itself (unless the exfiltration method involved a malicious file, but the primary concern is data content).
NEW QUESTION # 179
A security team receives a BPA report via AIOps for NGFW highlighting a 'High' severity finding related to 'Policies Without Log Forwarding'. This finding indicates Security Policy rules configured without a log forwarding profile or with logging disabled, where logging is generally recommended. Which of the following are potential negative impacts of this configuration best practice violation?
(Select all that apply)
Answer: A,B,D
Explanation:
Logging is fundamental to visibility, monitoring, and incident response. When logging is missing for policy rules, it creates blind spots. - Option A (Correct): The most direct impact is the lack of visibility into the traffic that matches these rules. You won't have records of who accessed what, when, and the result of the session. - Option B (Incorrect): Security profiles like Threat Prevention and URL Filtering generate their own specific logs (Threat logs, URL Filtering logs) when they detect an event, even if the traffic log for the base session is not generated due to policy logging being off. However, correlating these threat/lJRL logs back to the specific traffic flow becomes harder without the traffic log. -Option C (Correct): AIOps relies on logs (primarily traffic logs) for many of its operational and security insights (like application usage, User activity, session trends). If logging is disabled for certain rules, AIOps will not have the necessary data for traffic matching those rules, limiting its effectiveness. - Option D: Lack of logging doesn't typically increase data plane load; it's a control plane function. - Option E (Correct): Security investigations often start with a threat alert and require correlating it back to the originating session and the policy rule that handled it. Without traffic logs for the base session, this correlation becomes very challenging.
NEW QUESTION # 180
An administrator is reviewing Data Filtering logs and observes a large number of 'alert' actions triggered for sensitive data patterns being detected in traffic to a sanctioned cloud storage service. They want to understand if the sensitive data was actually uploaded successfully despite the alert. Which other log type is essential to correlate with the Data Filtering logs to confirm if the upload session was allowed by the security policy?
Answer: B
Explanation:
Data Filtering logs show that a sensitive data match occurred and the action taken by the Data Filtering profile (alert or block). To know if the overall session that carried this data was allowed or denied by the firewall's security policy, you need to check the Traffic logs. - Option A: Threat logs are for malware/exploits. - Option B: System logs are for firewall health. - Option C (Correct): Traffic logs record every session and the action taken by the Security Policy rule (allow, deny, drop, reset). Correlating the session ID from the Data Filtering log with the Traffic log entry for the same session will show if the session was ultimately allowed to complete, indicating a successful upload despite the DLP alert. - Option D: Decryption logs confirm if the session was decrypted, necessary for DLP, but not whether the session was allowed by security policy. - Option E: URL Filtering logs track web access actions.
NEW QUESTION # 181
An administrator configures SSL Forward Proxy decryption on a Palo Alto Networks NGFW. The firewall's Forward Trust certificate needs to be distributed to all employee workstations. What is the primary reason this certificate needs to be trusted by the workstations?
Answer: C
Explanation:
In SSL Forward Proxy, the firewall acts as a Man-in-the-Middle. For HTTPS traffic, it intercepts the server certificate and presents the client with a new certificate for the same site, signed by the firewall's own CA (the Forward Trust CA). For the client (browser, application) to trust this re-signed certificate, the firewall's Forward Trust CA certificate must be installed and trusted in the client's certificate store. Option A is incorrect; encryption is standard SSL/TLS. Option C relates to client authentication. Option D and E are unrelated to certificate trust for decryption proxy.
NEW QUESTION # 182
A network administrator notices high CPU utilization and lower than expected throughput on a Palo Alto Networks NGFW during peak hours, despite the total bandwidth usage being well within the hardware capabilities. Reviewing system metrics shows a significant number of new sessions being established per second compared to the overall Mbps throughput. Which configuration or traffic pattern is MOST likely contributing to excessive slow path processing and causing the performance bottleneck?
Answer: C
Explanation:
High CPU utilization coupled with a high rate of new sessions per second, despite relatively low overall bandwidth, is a strong indicator that the firewall is spending a disproportionate amount of time processing the first packet of many sessions, which occurs on the slow path. The slow path is CPU-intensive because it involves App-ID lookup, policy matching, session creation, NAT/routing decisions, and security profile assignment. - Option A: Long-lived, established sessions are primarily handled by the fast path after the initial setup. While security profiles add some overhead, the core processing of established flow is hardware-accelerated, not CPU bound for simple forwarding. - Option B: While NAT involves slow path processing for the first packet (or connections requiring dynamic NAT allocation), established sessions with NAT are handled efficiently by the fast path using the created session state. - Option C (Correct): A large volume of short-lived connections, especially if they vary widely in destination and application, means the firewall must process the first packet of each connection individually on the slow path. This puts a heavy load on the CPU for session setup, even if the data transferred within each session is small. This is a classic scenario causing high 'sessions per second' and thus high slow-path CPU load. - Option D: Established UDP sessions, once identified by App-ID and allowed by policy, are also typically handled efficiently by the fast path (or hardware session acceleration), similar to TCP established sessions. - Option E: Policies allowing traffic with no security profiles still require App-ID identification and policy lookup for the first packet, putting it on the slow path for session creation. However, this processing is generally less intensive than processing requiring deep inspection, and the bottleneck described points to the volume of new sessions overwhelming the CPU's ability to perform the initial setup, which is exacerbated by complex policies or varied traffic, but fundamentally driven by the 'new session' rate.
NEW QUESTION # 183
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