What you will get ?
- Similar replica of the real exam
- Two CKAD test sessions with different content
- Technical supportÂ
- High Quality Scenarios
- CKAD simulated environment with access to your personal clusters
- 120 minutes countdown to challenge your skills under pressure
- Exam tips & tricks
- Detailed score of your test & detailed solution
- Each test session is always available until you start the session.
Our Questions will test you on the following section
- Application Design and Build 20%
- Define, build and modify container images
- Understand Jobs and CronJobs
- Understand multi-container Pod design patterns (e.g. sidecar, init, and others)
- Utilize persistent and ephemeral volumes
- Application Deployment 20%
- Understand Deployments and how to perform rolling updates
- Use Kubernetes primitives to implement common deployment strategies
- Use the Helm package manager to deploy existing packages
- Application Observability and Maintenance 15%
- Understand API deprecations
- Implement probes and health checks
- Use provided tools to monitor Kubernetes applications
- Utilize container logs
- Debugging in Kubernetes
- Application Environment, Configuration, and Security 25%
- Understand authentication, authorization, and admission control
- Understanding and defining resource requirements, limits, and quotas
- Understand ConfigMaps
- Create & consume Secrets
- Understand ServiceAccounts
- Understand SecurityContexts
- Services & Networking 20%
- basic understanding of NetworkPolicies
- Provide and troubleshoot access to applications via services
- Use Ingress rules to expose applications
Why taking the CKAD is important?
When Zip Recruiter surveyed the salaries that Kubernetes professionals earned in 2019, the results were astounding!
- $144,245: The average salary for Kubernetes jobs as of May 2019, according to ZipRecruiter
- The Certified Kubernetes Application Developer can design build, configure and expose cloud native applications for Kubernetes.
- A CKAD can define application resources and use core primitives to build, monitor, and troubleshoot scalable applications & tools in Kubernetes.
