100+ Free XSOAR Engineer Practice Questions

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Question 1

Score: 0/0

Which Cortex XSOAR component is responsible for distributing workload across multiple instances of an integration to balance API calls and improve resilience?

Engines

Long-running integrations

Tenant accounts

Marketplace

to track

2026 Statistics

Key Facts: XSOAR Engineer Exam

$250

Exam Fee

Palo Alto Networks

90 min

Exam Duration

Palo Alto Networks

30%

Playbook Dev Weight

Exam blueprint

Specialist

Cert Level

Palo Alto Networks

In-person

Delivery

Pearson VUE

2 years

Cert Valid

Palo Alto Networks

The XSOAR Engineer Specialist exam costs $250 USD and is delivered only in-person at Pearson VUE testing centers. The exam covers five domains: Planning/Installation/Maintenance (14%), Use Case Planning & Development (22%), Playbook Development (30%), Incident Interactions & Reporting (16%), and System Administration & Integrations (18%). It replaces the legacy PCSAE credential.

Sample XSOAR Engineer Practice Questions

Try these sample questions to test your XSOAR Engineer exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Which Cortex XSOAR component is responsible for distributing workload across multiple instances of an integration to balance API calls and improve resilience?

A.Engines

B.Long-running integrations

C.Tenant accounts

D.Marketplace

Explanation: Engines (formerly D2 agents) are deployed to handle integration load distribution and to reach networks the main XSOAR server cannot. Multiple engines can be grouped into Load-Balancing Groups so an integration instance can spread API requests across them.

2An engineer is sizing a Cortex XSOAR deployment for production. Which factor most directly drives the need for additional engines rather than scaling the main server?

A.The number of users in the SOC

B.The need to reach segmented networks or distribute integration API load

C.The total number of dashboards in the system

D.The size of the war room retention policy

Explanation: Engines are added when integrations must reach networks unreachable from the main server (for example, isolated DMZs) or when integration command volume exceeds what the server can handle alone. User count and dashboard count are not engine-driving factors.

3Which Cortex XSOAR high-availability deployment pattern uses an Elasticsearch cluster as the primary data store and supports active/active application servers?

A.Single-server with built-in BoltDB

B.Multi-tenant master/host topology

C.HA with Elasticsearch backend

D.Engine-only deployment

Explanation: Production HA deployments of Cortex XSOAR run multiple application servers behind a load balancer with an Elasticsearch cluster as the data store. BoltDB is only supported for single-server installs.

4What is the primary purpose of a Cortex XSOAR multi-tenant deployment?

A.To run multiple PAN-OS versions on one firewall

B.To logically separate content, incidents, and users for different customers or business units on shared infrastructure

C.To allow more than one playbook to run on the same incident

D.To split the GUI across multiple monitors

Explanation: Multi-tenancy uses a Master and Host Tenants so an MSSP or large enterprise can isolate incidents, content, RBAC, and integrations per customer or business unit while sharing infrastructure. Account-level propagation pushes content from the master to selected tenants.

5Which built-in feature lets administrators apply content updates from a master account to selected child tenants in a multi-tenant Cortex XSOAR deployment?

A.Marketplace mirrors

B.Account propagation

C.Engine groups

D.Content sharing via job triggers

Explanation: Account propagation pushes content packs, playbooks, automations, and configuration from the master account to chosen tenant accounts, ensuring consistent automation logic across customers without manual replication.

6Which authentication option is supported natively by Cortex XSOAR for enterprise SSO integration?

A.SAML 2.0

B.Kerberos with ticket pass-through only

C.Basic auth with shared secret

D.Local users only

Explanation: Cortex XSOAR natively supports SAML 2.0 SSO, in addition to LDAP/Active Directory and local users. SAML allows integration with identity providers like Okta, Azure AD, or PingFederate.

7An engineer needs to allow a junior analyst to investigate phishing incidents but not change integration configurations. Which Cortex XSOAR mechanism enforces this separation?

A.Incident pre-process rules

B.Role-based access control with permissions on settings and content

C.Mapper severity transforms

D.Indicator exclusion lists

Explanation: RBAC in Cortex XSOAR controls which settings, integrations, content items, and incident types each role can read, edit, or run. Restricting the analyst role to incident investigation and removing settings access enforces the separation.

8When upgrading a production Cortex XSOAR server, which step should be completed first?

A.Disable all integrations

B.Take a backup of the server data and configuration

C.Delete old playbooks

D.Reset all user passwords

Explanation: Best practice for any major upgrade is to back up server data, configuration, and (for HA) the Elasticsearch cluster before the upgrade so the system can be restored if the upgrade fails.

9A customer wants to test new content without affecting production. Which environment pattern is recommended for Cortex XSOAR content lifecycle?

A.Edit content directly in production with version pinning

B.Use a separate dev or staging XSOAR tenant or instance and promote tested content to production

C.Pause production playbooks while editing

D.Disable all integrations during edits

Explanation: A dev or staging environment lets engineers build and validate playbooks, automations, and integrations against test incidents, then export and import (or use account propagation) to promote vetted content to production.

10An engine fails to register with the Cortex XSOAR server after install. Which artifact is most likely the issue?

A.The engine installer was unable to reach the server URL or the engine certificate was not generated correctly

B.The engine has no playbooks installed

C.The engine is missing a license file for Threat Prevention

D.The engine is running on an unsupported web browser

Explanation: Engines authenticate to the server using a generated certificate and must be able to connect outbound to the server URL on the configured port. Connectivity or cert problems prevent registration.

About the XSOAR Engineer Exam

The Palo Alto Networks Certified XSOAR Engineer (Specialist) validates skills in deploying, configuring, and maintaining Cortex XSOAR including playbook development, automation scripting in Python and JavaScript, integrations and BYOI, threat intelligence management, and incident lifecycle engineering. It replaces the legacy PCSAE.

Questions

75 scored questions

Time Limit

90 minutes

Passing Score

Scaled (pass/fail at exam end)

Exam Fee

$250 USD (Palo Alto Networks / Pearson VUE)

XSOAR Engineer Exam Content Outline

30%

Playbook Development

Tasks, sub-playbooks, conditional and manual tasks, data collection, filters, transformers, DT syntax, Python/JS automations, and the playbook debugger

22%

Use Case Planning & Development

Incident types, layouts, fields, classifiers, mappers, SLA design, and indicator type configuration including reputation and exclusions

18%

System Administration & Integrations

Integration instances, fetch and webhooks, BYOI, Docker isolation, jobs, feeds, EDLs, TIM, indicator graph, API keys, health monitoring

16%

Incident Interactions & Reporting

War room CLI, incident states, dashboards, widgets, scheduled reports, ChatOps, MITRE ATT&CK tagging, and incident relationships

14%

Planning, Installation & Maintenance

Authentication and RBAC, engine deployment, multi-tenancy, dev/prod management, Marketplace, content pack lifecycle, troubleshooting

How to Pass the XSOAR Engineer Exam

What You Need to Know

Passing score: Scaled (pass/fail at exam end)
Exam length: 75 questions
Time limit: 90 minutes
Exam fee: $250 USD

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

XSOAR Engineer Study Tips from Top Performers

1Build a lab tenant and author at least three end-to-end playbooks (phishing, malware, EDR containment)

2Master classifiers and mappers — write at least one custom classifier and one mapper for a JSON event

3Practice writing automations in Python using demisto-sdk: lint, unit test, and upload

4Configure feeds and EDLs end-to-end: ingest indicators, score them, and publish to a NGFW

5Walk through the playbook debugger on a failing playbook and identify the bad branch

6Review multi-tenancy and account propagation, plus engine routing and load balancing

Frequently Asked Questions

Does the XSOAR Engineer exam replace PCSAE?

Yes. The Palo Alto Networks Certified XSOAR Engineer (Specialist) replaces the retired PCSAE. The new exam aligns with current Cortex XSOAR product features and is delivered only in-person at Pearson VUE.

How much does the XSOAR Engineer exam cost?

The exam fee is $250 USD. Vouchers are sold through the Palo Alto Networks Pearson VUE store. Recertification (every 2 years) requires a new exam attempt.

Can I take the XSOAR Engineer exam online?

No. As of 2026, the XSOAR Engineer exam is delivered only at Pearson VUE testing centers. Online proctoring is not available for this specialist-level exam.

What is the largest domain on the exam?

Playbook Development at 30%. It covers task design, sub-playbooks, conditional and manual tasks, data collection, filters, transformers, DT syntax, Python and JavaScript automations, and the playbook debugger.