- Evaluate the existing cloud and IT infrastructure to align with Cortex Cloud architecture
- Determine Cortex Cloud deployment and license requirements, data source ingestion and retention targets, scanning models, and cloud provider identity and access management (IAM) requirements
- Determine network communication and connectivity requirements for Cortex Cloud components
- Explain the configuration and management lifecycle of user identity, roles, permissions, and access controls within a Cortex tenant
Palo Alto Networks Certification Training Course
Palo Alto Networks Certified Cloud Security Engineer Certification Training Course
We'll get you ready for the Palo Alto Networks Certified Cloud Security Engineer exam, the Specialist credential for securing multicloud estates with Cortex Cloud.
Course focus: Planning and installation, integration, posture security, runtime security, application security and troubleshooting, mapped to the official blueprint.
Course Overview
What the Cloud Security Engineer course covers and who it's for.
Per Palo Alto Networks, Cloud Security Engineer validates the expertise needed to secure multicloud estates from code development through production runtime using Cortex Cloud.
We follow the six domains in the official datasheet. Posture security is the largest at 22%, then runtime security at 18%, with integration, application security and troubleshooting at 16% each.
Accumentum is an independent training provider. We are not affiliated with, endorsed by or a partner of Palo Alto Networks, and this isn't official Palo Alto Networks training. Palo Alto Networks sets exam content, fees and policies, so check paloaltonetworks.com before you book.
Course Objectives
Get ready for Cloud Security Engineer the way the exam is built.
01
Cover the Whole Blueprint
Work through all 6 domains in the official Cloud Security Engineer datasheet, weighted the way the exam weights them.
02
Go Deep on Posture Security
Posture Security is 22% of the exam score per Palo Alto Networks, so it gets the most class time.
03
Practice in a Lab
Hands-on lab work on the tasks the Cloud Security Engineer blueprint lists, not just slides.
04
Be Ready for Test Day
The exam is in person at a Pearson VUE test center with multiple choice, matching and ordering items. We practice all three.
Who Should Attend
- Cloud security and DevSecOps engineers.
- Professional services consultants.
- Technical support and customer success engineers.
- Security operations engineers who cover cloud.
Prerequisites
- Palo Alto Networks says the exam is intended for people with 3+ years in a cloud security field and 1 to 2 years with its cloud security solutions or another CNAPP.
- Cloud Security Professional is a good first step. We don't have enrollment prerequisites.
Pathway Map
The Cloud Security Engineer course in 6 modules.
Each module is one domain from the official datasheet, with its exam weight.
Course Content
- Explain the onboarding and configuration process for cloud provider resources
- Explain the process of onboarding and configuring data and AI sources
- Explain the process of onboarding application development and deployment systems
- Explain the process of container registry integration
- Explain the process of dashboard creation and configuration using XQL
- Explain the creation and configuration process for static and dynamic asset groups
- Explain the creation and configuration of cloud security rules and policies
- Explain the creation and configuration of cloud workload rules and policies
- Explain the deployment and configuration of XDR agents
- Explain the process of endpoint protection configuration
- Explain the process of third-party API gateway integration
- Explain the creation and configuration process for Cloud Detection and Response (CDR) and Threat Management
- Identify and evaluate Application Security Posture Management (ASPM) features and functionality
- Explain rule and policy deployment and management
- Explain the configuration and management of repository scanning
- Explain the deployment and configuration of Cortex Cloud application security IDE plugins
- Identify and describe troubleshooting issues related to insufficient cloud service provider (CSP) IAM permissions, CloudFormation and Terraform stack failures, and organization-level onboarding related errors, including ingestion
- Demonstrate knowledge of troubleshooting Cortex Cloud Workload components
- Demonstrate knowledge of troubleshooting communication gaps between customer-managed outposts and the Cortex tenant
- Demonstrate knowledge of authentication failure resolution (OAuth and PAT) and webhook delivery issues when connecting version control systems (VCS) and CI/CD systems to Cortex Cloud
Course Features
How we teach Cloud Security Engineer.
Instructor-Led Classes
Live instruction with time for questions, so you aren't figuring out the hard parts alone.
Hands-On Labs
Lab work tied to the tasks in the Cloud Security Engineer blueprint.
Blueprint Mapping
Every module maps to a domain in the official Cloud Security Engineer datasheet.
Exam Strategy
Practice with multiple choice, matching and ordering questions, plus test center tips.
Certification Exam
About the Cloud Security Engineer exam.
Cloud Security Engineer Exam Readiness
Our students pass at a 98.8% rate across Accumentum courses. We'll get you ready for Cloud Security Engineer the same way.
Per Palo Alto Networks, Cloud Security Engineer is a Specialist level exam priced at $250 USD, and taxes may apply. Since August 1, 2025, Palo Alto Networks exams are delivered in person at Pearson VUE test centers only. Exams are in English, with multiple choice, matching and ordering questions.
The certification is valid for two years and you renew by retaking the exam. If you fail, the waits before retakes are 15, 30 and then 90 days. Full details are on the official Cloud Security Engineer page.
Accumentum is an independent training provider. We are not affiliated with, endorsed by or a partner of Palo Alto Networks, and this isn't official Palo Alto Networks training. Palo Alto Networks sets exam content, fees and policies, so check paloaltonetworks.com before you book.
Exam Blueprint
What the Cloud Security Engineer exam covers.
We map our lessons to the official Cloud Security Engineer datasheet. Here is that blueprint, all 6 domains and 35 objectives, so you can see exactly what is in scope.
Domain 1: Planning and Installation (12%)
1.1 Evaluate the existing cloud and ITinfrastructure to align with Cortex Cloud architecture (that is multicloud footprint, workload inventory, Cloud-Native Application Protection Platform [CNAPP] tooling, migration)
1.2 Determine Cortex Cloud deployment and license requirements, data source ingestion and retention targets, scanning models (for example cloud scan versus Outpost), and cloud provider identity and access management (IAM) requirements (for example least-privilege)
1.3 Determine network communication and connectivity requirements for Cortex Cloud components (for example egress rules, URLs, ports, regional endpoints)
1.4 Explain the configuration and management lifecycle of user identity, roles, permissions, and access controls within a Cortex tenant (for example Scope-Based Access Control [SBAC], custom Role-Based Access Control [RBAC] roles, API keys)
1.5 Identify and describe cost optimization methods (for example scan cadence, duplicate audit logs)
Domain 2: Integration (16%)
2.1 Explain the onboarding and configurationprocess for cloud provider resources (for example AWS, Azure, GCP, OCI)
- Security capabilities (for example Data Security Posture Management [DSPM], audit logs, Cortex XSIAM analytics, agentless scanning, container registry options, serverless function scanning)
- Cloud scan versus Outpost
2.2 Explain the process of onboarding and configuring data and AI sources (for example Office 365, Databricks, Azure Foundry)
2.3 Explain the process of onboarding application development and deployment systems (for example GitHub, Jenkins)
2.4 Explain the process of container registry integration (for example JFrog, Docker, GitLab)
2.5 Explain the integration process for third-party static application security testing (SAST) / Software Composition Analysis (SCA) tools (for example Semgrep, Veracode, Generic SARIF)
2.6 Explain the deployment and configuration process for Broker VM
Domain 3: Posture Security (22%)
3.1 Explain the process of dashboard creationand configuration using XQL
3.2 Explain the creation and configuration process for static and dynamic asset groups
3.3 Explain the creation and configuration of cloud security rules and policies (for example attack path, configuration, data, identity, network exposure, AI)
3.4 Explain the creation and configuration of cloud workload rules and policies (for example custom rules, scanner type, misconfiguration, malware, secrets, trusted images)
3.5 Explain the creation and management of vulnerability policies (that is issue creation and prevention)
3.6 Identify and describe methods for managing custom and out-of-the-box compliance standards / controls, assessments, and reporting
3.7 Explain the deployment of Kubernetes connectors
3.8 Identify and describe data security classification settings and scanning options
Domain 4: Runtime Security (18%)
4.1 Explain the deployment and configurationof XDR agents (for example virtual machines VMs, Containers as a Service [CaaS], serverless functions, Kubernetes)
4.2 Explain the process of endpoint protection configuration
- Endpoint profiles and policies (for example prevention, extension, exceptions)
- Endpoint groups
4.3 Explain the process of third-party API gateway integration (for example AWS, API Gateway, APIM, Apigee)
4.4 Explain the creation and configuration process for Cloud Detection and Response (CDR) and Threat Management
- Detection rules (for example correlation, behavioral indicator of compromise [BIOC], indicator of compromise [IOC], analytic)
- Automation playbooks
Domain 5: Application Security (16%)
5.1 Identify and evaluate Application SecurityPosture Management (ASPM) features and functionality
- Business applications (that is manual, dynamic)
- Service-level agreement (SLA) for issues
5.2 Explain rule and policy deployment and management
- Code security
- AI-recommended guardrails
- CI/CD policies
5.3 Explain the configuration and management of repository scanning (for example Infrastructure as Code [IaC], secrets, SCA, IaC drift detection)
5.4 Explain the deployment and configuration of Cortex Cloud application security IDE plugins (that is VS Code, JetBrains)
5.5 Identify and describe the steps to install, configure, and execute Cortex CLI in workflows
Domain 6: Troubleshooting (16%)
6.1 Identify and describe troubleshooting issues related to insufficient cloud service provider (CSP) IAM permissions, CloudFormation / Terraform stack failures, and organization-level onboarding related errors, including ingestion
6.2 Demonstrate knowledge of troubleshooting Cortex Cloud Workload components (for example agents / connectors, connectivity issues)
6.3 Demonstrate knowledge of troubleshooting communication gaps between customer-managed outposts and the Cortex tenant
6.4 Demonstrate knowledge of authentication failure resolution (OAuth / PAT) and webhook delivery issues when connecting version control systems (VCS) (for example GitHub, GitLab) and CI/CD systems (for example Jenkins) to Cortex Cloud
6.5 Identify and describe troubleshooting issues related to Application Security components (for example proper policy configuration)
6.6 Identify and describe access and permissions troubleshooting issues
6.7 Explain the process of diagnosing / determining the source of an unexpected Cloud cost increase
Before You Start
Who should take Cloud Security Engineer.
Here is who Palo Alto Networks says the Cloud Security Engineer exam is for and what it expects you to bring, taken from the official datasheet.
Who Palo Alto Networks wrote this exam for
This exam is designed for security engineers, professional services consultants, DevSecOps engineers, technical support engineers, customer success engineers, and security operations engineers. It is also designed for individuals responsible for deploying and managing cloud security tooling and ensuring compliance across integrated cloud platforms. It is intended for individuals with 3+ years in a cloud security-related field, and 1 to 2 years with Palo Alto Networks cloud security solutions or Cortex platform and/or with other Cloud-Native Application Protection Platform (CNAPP) solutions.
Knowledge, skills and abilities
- Working knowledge of network security
- Working knowledge of TCP/IP and how traffic is directed within a network, including routing protocols
- Working knowledge of networking infrastructure, protocols, and topology
- Basic understanding of endpoint operating system fundamentals and security hardening methods
- Working knowledge of cloud security and security automation technology
- Basic knowledge of current and emergent trends in information security
- Understanding of the use of security models/architectures (for example defense-in-depth, Zero Trust)
- Engineering-level knowledge of Cortex Cloud
- Working knowledge of microservices, containerization (Docker), and orchestration (Kubernetes) design patterns
- Deep understanding of the security boundaries between the cloud service provider (CSP) and the customer
- Ability to read, interpret, and suggest security improvements for Terraform, CloudFormation, Bicep, and Helm charts
- Understanding of modern DevOps workflows and where security "guardrails" (for example SCA, SAST, IaC scanning) are most effectively placed
- Ability to work with JSON and YAML payloads for policy definitions, API interactions, and log analysis
- Working knowledge of SAML 2.0, OIDC, and OAuth for both user access and machine-to-machine integrations
- Skill in crafting granular IAM policies that balance functionality with security across multicloud environments
- Understanding of how Cortex Cloud controls map to industry standards such as NIST SP 800-53, SOC2, HIPAA, and PCI-DSS
- Knowledge of the CVSS scoring system and the ability to prioritize remediation based on environmental context.
- Experience using AWS CLI, Azure CLI, GCloud CLI, and kubectl
- Ability to navigate the Linux filesystem and manage services
- Experience using tools such as Postman or cURL to interact with REST APIs for automation or data retrieval
Study Plan
How we approach Cloud Security Engineer prep.
The weights tell you where to spend your hours. Posture Security leads at 22%.
Palo Alto Networks products change often, and the exam follows the current release. Read the release notes for anything you use in the lab so you aren't studying an old screen.
Our course follows the same blueprint, with on demand lessons you can pause and replay, and our students pass at a 98.8% rate across Accumentum courses.
Exam Policies
Cloud Security Engineer retakes, renewal and badges.
Once you pass Cloud Security Engineer, the certification stays valid for two years. Palo Alto Networks recertification means retaking the current exam.
Passing a higher level exam in the same track automatically extends your active lower level certifications in that track by two years. For Cloud Security Engineer that can include an active Cloud Security Professional, Cybersecurity Practitioner or Cybersecurity Apprentice certification.
If you don't pass, you get a results report broken down by domain. Palo Alto Networks requires a 15 day wait before a second attempt, 30 days before a third and 90 days before any attempt after that. After a pass you can't sit the same exam again for 18 months.
Exams are delivered in English through Pearson VUE, and candidates testing in non English speaking countries get a 30 minute time extension by default. Your badge and certificate come through Credly.
Career Outcomes
Where Cloud Security Engineer can take you.
Cloud Security Engineer suits DevSecOps and cloud security engineers, plus consultants who deploy Cortex Cloud and secure multicloud estates from code to runtime.
The U.S. Bureau of Labor Statistics reports that the median annual wage for information security analysts was $129,180 in May 2025. BLS also projects employment of information security analysts to grow 21 percent from 2025 to 2035, much faster than the average for all occupations. Treat it as a reference point and not a promise. Location, experience and the employer drive what any one person earns. Source: BLS Occupational Outlook Handbook.
Funding
Ways to pay for Cloud Security Engineer training.
Our funding page lays out every way to pay for training, and PathPay lists the courses that qualify for a monthly plan.
Veterans can look at VR&E benefits for career training, and our Veteran Skill Forge programs bundle several courses into one path. Questions about your situation? Contact us and we'll talk it through.
Frequently Asked Questions
Common questions about our Cloud Security Engineer course.
Palo Alto Networks Certified Cloud Security Engineer is a Specialist level certification from Palo Alto Networks. Details are on the official certification page at https://www.paloaltonetworks.com/services/education/palo-alto-networks-cloudsec-engineer.
No. We're an independent training provider and we aren't a Palo Alto Networks partner. Our course follows the public exam blueprint in the official datasheet. Palo Alto Networks offers its own learning paths at learn.paloaltonetworks.com.
Palo Alto Networks lists Specialist exams at $250 USD, and taxes may apply. Vouchers are sold through Pearson VUE and expire 12 months after purchase. Check the current price before you buy.
No. Since August 1, 2025, Palo Alto Networks certification exams are delivered in person at Pearson VUE test centers only.
Two years from the date you pass. You renew by retaking the exam, and passing a higher level exam in the same track renews your active lower level certifications.
Palo Alto Networks says the exam is intended for people with 3+ years in a cloud security field and 1 to 2 years with its cloud security solutions or another CNAPP. Cloud Security Professional is a good first step. We don't have enrollment prerequisites.
Instructor-led, with hands-on labs and practice questions. Ask us about upcoming class dates.
Use the registration page linked below, or email info@accumentum.net and we'll follow up with dates and next steps.
6. Per the official datasheet they are Planning and Installation (12%), Integration (16%), Posture Security (22%), Runtime Security (18%), Application Security (16%), Troubleshooting (16%).
Posture Security at 22%, per the Palo Alto Networks datasheet.
This exam is designed for security engineers, professional services consultants, DevSecOps engineers, technical support engineers, customer success engineers, and security operations engineers. It is also designed for individuals responsible for deploying and managing cloud security tooling and ensuring compliance across integrated cloud platforms. It is intended for individuals with 3+ years in a cloud security-related field, and 1 to 2 years with Palo Alto Networks cloud security solutions or Cortex platform and/or with other Cloud-Native Application Protection Platform (CNAPP) solutions.
Palo Alto Networks requires a 15 day wait after a first failed attempt, 30 days after a second and 90 days after a third. Once you pass, you can't retake the same exam for 18 months.
Our PathPay page lists the courses that qualify for a monthly plan. For anything else, contact us and we'll go over options.
Enrollment
Enroll in Cloud Security Engineer training with Accumentum.
Enroll in our Cloud Security Engineer course to get ready for the Palo Alto Networks Certified Cloud Security Engineer exam with instructor-led classes and hands-on labs.
For dates and next steps, use the registration page linked below or email info@accumentum.net.
Ready to start on Cloud Security Engineer?
Tell us your target date and we'll help you plan the path.