Kubernetes and Cloud Native Associate (KCNA) Practice Exam

Kubernetes and Cloud Native Associate (KCNA) Practice Exam

The Kubernetes and Cloud Native Associate (KCNA) certification is an entry-level certification that introduces learners to the world of modern cloud technologies. It focuses on Kubernetes—the popular open-source platform used to manage applications in containers—and the broader cloud native ecosystem. KCNA-certified professionals understand the basics of cloud infrastructure, containerization, and how applications are deployed and scaled efficiently.

This certification acts as a stepping stone for anyone beginning a career in cloud computing or DevOps. It ensures candidates are familiar with essential concepts like microservices, orchestration, observability, and security within cloud environments. With businesses rapidly moving to cloud-first strategies, KCNA builds a strong foundation to take advanced certifications and career opportunities in cloud-native technologies.

Who should take the Exam?

• This exam is ideal for:
• Aspiring Cloud Engineers
• Junior DevOps Engineers
• System Administrators 
• Software Developers 
• IT Support Staff 
• Students and beginners entering cloud careers

Skills Required
 

• Basic knowledge of Linux and command-line tools
• Curiosity about cloud computing and containers
• Problem-solving and analytical thinking
• Understanding of software and IT infrastructure basics
• Interest in automation and modern development practices

Knowledge Gained
  

• Fundamentals of Kubernetes and container orchestration
• Key principles of cloud-native computing
• Basics of networking, observability, and security in cloud systems
• How microservices work and interact in the cloud
• Practical insights into DevOps and cloud-native workflows

Course Outline

The Kubernetes and Cloud Native Associate (KCNA) Exam covers the following topics - 

1. Kubernetes Fundamentals – 46%
•    Kubernetes Resources
•    Kubernetes Architecture
•    Kubernetes API
•    Containers
•    Scheduling 

2. Container Orchestration – 22%
•    Container Orchestration Fundamentals
•    Runtime
•    Security
•    Networking
•    Service Mesh
•    Storage 

3. Cloud Native Architecture – 16%
•    Autoscaling
•    Serverless
•    Community and Governance
•    Roles and Personas
•    Open Standards 

4. Cloud Native Observability – 8%
•    Telemetry & Observability
•    Prometheus
•    Cost Management 

5. Cloud Native Application Delivery – 8%
•    Application Delivery Fundamentals
•    GitOps
•    CI/CD