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Palo Alto Networks XSIAM Engineer Sample Questions:

1. During the planning of XSIAM integration with an existing threat intelligence platform (TIP) that provides highly dynamic and frequently updated indicators of compromise (IOCs) via a REST API, the security team expresses concern about stale IOCs in XSIAM and the potential for missed detections. Which architectural choice for this integration would best address the real-time consumption of these dynamic IOCs?

A) Develop a custom webhook listener in XSIAM that the TIP can call whenever new IOCs are published.
B) Configure a XSIAM threat intelligence feed integration to poll the TIP's API endpoint at regular, short intervals (e.g., every 5 minutes) and ingest new/updated IOCs.
C) Manually copy and paste new IOCs from the TIP into XSIAM's alert enrichment fields.
D) Integrate the TIP with a local SIEM, and then forward relevant IOCs from the SIEM to XSIAM.
E) Schedule daily batch jobs to pull all IOCs from the TIP via a script and upload them to XSIAM as a static lookup list.

2. A critical XSIAM dashboard needs to display the health of integration connectors, specifically showing any connectors that have failed to send data in the last 60 minutes or are reporting errors. The ingestion_logs dataset contains records for each connector's activity, including a status field ('SUCCESS', 'FAILURE', 'ERROR') and last _ activity _ time. You need to identify and list these problematic connectors. Which XQL query and dashboard widget type would be most effective for this real-time monitoring requirement?

A)

B)

C) Export ingestion_logs to an external system for analysis due to limitations in XSIAM's real-time filtering capabilities.
D)

E)

3. A large-scale phishing campaign is targeting your organization. XSIAM is generating numerous alerts. To optimize the incident investigation, you need to enrich each phishing-related alert with external threat intelligence from VirusTotal for the observed URLs and file hashes. Specifically, you want to see VirusTotal scores and links to full reports directly within the alert details. How can this be efficiently implemented using XSlAM's content optimization features and automation?

A) Integrate VirusTotal as a separate data source, allowing analysts to search it manually.
B) Create a dashboard widget that displays a summary of VirusTotal lookups across all alerts.
C) Export all phishing alerts to a CSV and upload them to VirusTotal for bulk analysis.
D) Configure an XSIAM playbook triggered by phishing alerts. This playbook would query the VirusTotal API, then use an 'Alert Action' or 'Incident Action' to dynamically add custom fields to the alert/incident layout, displaying the VirusTotal scores and clickable report links. This involves defining custom fields with appropriate renderers.
E) Manually query VirusTotal for each URL and hash and add the results as a comment.

4. A new XSIAM tenant is being deployed in a multi-region cloud environment. The organization requires that all XSIAM components, including Data Collectors, Endpoint Security Managers (ESMs), and the Data Lake, adhere to strict data residency requirements. How does communication planning need to account for this, particularly concerning the interaction between geographically dispersed Endpoint Security Managers and the central XSIAM Data Lake, given that XSIAM's backend is regional?

A) Use a content delivery network (CDN) to cache XSIAM data globally, allowing ESMs to retrieve data from the nearest CDN edge location.
B) Implement a global load balancer in front of a single XSIAM Data Lake instance, allowing ESMs to connect to the closest available Data Lake endpoint without regard for regional data residency.
C) All ESMs, regardless of their geographical location, should be configured to connect to the single, primary XSIAM Data Lake region to simplify management.
D) Configure ESMs to send data via encrypted email attachments to the XSIAM Data Lake, with regional mail servers handling data residency.
E) Deploy dedicated XSIAM Data Lake instances and associated ESMs within each required geographical region, ensuring that Endpoint Security Managers in a specific region only communicate with their co-located Data Lake instance, typically over secure, region-local network paths.

5. A threat actor has successfully executed a supply chain attack against a third-party software vendor, leading to malicious updates being pushed to several of your organization's endpoints. Your XSIAM deployment detected the malicious executable by its hash and created incidents. An XSIAM engineer needs to implement an automated workflow to rapidly contain the threat and gather forensics. This involves:
1. Isolating affected endpoints via Cortex XDR.
2. Creating a snapshot of the compromised endpoint's memory and disk for forensic analysis.
3. Uploading the memory dump and suspicious files to a secure, external S3 bucket.
4. Notifying the incident response team via Microsoft Teams with a summary and S3 link.
Given that the memory and disk snapshotting tools are custom internal scripts, and the S3 upload requires specific API calls, how would the engineer design the XSIAM content pack and playbooks to achieve this, considering secure execution, large data transfer, and asynchronous operations?

A) Content Pack: Integrations for Cortex XDR, MS Teams.
B) Content Pack: Integrations for Cortex XDR, S3, MS Teams.
C) Content Pack: Integrations for Cortex XDR, MS Teams, and a Custom API Gateway Integration.
D) Content Pack: Integrations for Cortex XDR, MS Teams, and a custom 'Forensics Agent' integration.
E) Content Pack: Integrations for Cortex XDR, S3, and MS Teams.

Solutions: