XSOAR Engineer case studies
XSOAR Engineer · Put your knowledge to work in context.
The XSOAR Engineer credential, also listed under the alias Palo Alto Networks Certified Security Automation Engineer, is a vendor certification aimed at security engineers who build and operate automation on Cortex XSOAR. It suits SOC engineers, detection and response specialists, and platform administrators who design playbooks, write scripts and integrations, and run incident workflows in production rather than only consuming content others built. The XSOAR Engineer case studies are 5 cases and about 4,521 words.
1Engine Saturation in a 40-Tenant MSSP Deployment
You administer a multi-tenant MSSP deployment: two XSOAR 8 application servers behind a load balancer, six engines split across two datacenters, and 40 tenant accounts. During a phishing wave, ingestion jumped to roughly 3,000 incidents per minute for 25 minutes.
914 words, about 5 min2Duplicate Incidents and Fetch Overruns in a Custom Scanner Integration
You maintain a custom integration that pulls vulnerability findings from an internal scanner for three business units. The API allows a page size of up to 200, paginates with offset , enforces 60 requests per minute per token, and returns findings sorted by lastSeen with one-second precision.
916 words, about 5 min3Phishing Playbook Not Firing and Duplicate Closure Leaving Stale Parents
You inherit an XSOAR tenant with 14 incident types and 3,000 open incidents. An email gateway integration creates incidents of type Phishing with a custom field phish score intended to hold 0 to 100.
904 words, about 5 min4A 2,700-Indicator Enrichment Playbook Taking 90 Minutes
A daily enrichment playbook processes a threat feed: 1,500 IPs, 800 domains, and 400 file hashes. It uses a single script task that loops over each indicator and calls demisto.executeCommand for the corresponding reputation command, one indicator at a time.
892 words, about 4 min5Kubernetes Engine Restarts, Exhausted DB Pool, and Disk at 91 Percent
After upgrading to XSOAR 8 on Kubernetes, one engine pod restarts every two to four hours. Symptoms cluster together: war room entries show "Failed to execute" for reputation commands such as !ip , several tasks sit in progress for more than 30 minutes, and during peak hours the application server logs "database connection pool exhausted." The node disk sits at 91 percent, dominated by container image layers and by demisto.log plus the accumulated war room artifacts.
895 words, about 4 min