Course Curriculum
- Challenge 01 - Persistent Volume
- Challenge 02 - Drain Nodes
- Challenge 03 - Service
- Challenge 04 - ETCD Backup & Restore
- Challenge 05 - Service Account & Role Based Access Control
- Challenge 06 - Storage Class & Persistent Volume
- Challenge 07 - Deployment & Troubleshooting
- Challenge 08 - Kubernetes Upgrade
- Challenge 09 - Deployment Scaling & Update
- Challenge 10 - ConfigMap and Deployment Troubleshooting
- Challenge 11 - Troubleshoot Network Policy
- Challenge 12 - Ingress
- Challenge 13 - PV Troubleshooting
- Challenge 14 - Pod Deployment
- Challenge 15 - Rollout and Rollback
- Challenge 16 - Node Troubleshooting
- Challenge 17 - Service
- Challenge 18 - Network Policy
- Challenge 19 - Deployment Strategy
- Challenge 20 - RBAC
- Challenge 21 - Install Redis Using Helm
- Challenge 22 - Autoscaling a Deployment with HPA
- Challenge 23 - High Priority Deployment
- Challenge 24 - Gateway API HTTP Route
- Challenge 25: Cluster Bootstrap using Kubeadm
- Challenge 26: Install CNI
- Challenge 27 - Operator
- Challenge 28 - StatefulSet Resource Allocation
- Challenge 01 - Capturing Error Logs
- Challenge 02 - Multi-Container Pod
- Challenge 03 - Static Pod Creation
- Challenge 04 - Network Policy
- Challenge 05 - Pod Details Collection and Sorting
- Challenge 06 - Ingress
- Challenge 07 - Deploy and Expose Pod
- Challenge 08 - JSONPath
- Challenge 09 - Deploy and Expose Pods
- Challenge 10 - DaemonSet
- Challenge 11 - Scaling Deployment
- Challenge 12 - Troubleshooting
- Challenge 13 - Troubleshooting Pod
- Challenge 14 - ConfigMap
- Challenge 15 - Ingress
- Challenge 16 - Multi-Container Pod
- Challenge 17 - Network Policy
- Challenge 18 - ETCD Backup & Restore
- Challenge 19 - Secrets
- Challenge 20 - Network Policy
- Challenge 21 - Fix the Broken HPA
- Challenge 22 - Scheduling High Priority Workloads
- Challenge 23 - Ingress to Gateway API Migration
- Challenge 24 - Kubeadm Cluster Setup
- Challenge 25 - Operator
- Challenge 26 - Insufficient CPU
- Challenge 27 - Immutable ConfigMap
- Challenge 28 - Deploy ArgoCD using Helm
- Challenge 29 - Deployment with Named Port Service
- Challenge 30 - Create a Custom Resource Definition (CRD)
- Challenge 01 - Mount Secret
- Challenge 02 - Cluster Access
- Challenge 03 - Taints and Tolerations
- Challenge 04 - Static Pod
- Challenge 05 - Troubleshooting Pod
- Challenge 06 - ConfigMap and Jobs
- Challenge 07 - Secrets and NodeAffinity
- Challenge 08 - Init Containers
- Challenge 09 - Cluster Access
- Challenge 10 - Secure Pod Deployment
- Challenge 11 - Troubleshoot Cluster
- Challenge 12 - Troubleshoot PVC
- Challenge 13 - Troubleshoot Pod
- Challenge 14 - Troubleshoot Service Account
- Challenge 15 - Network Policy
- Challenge 16 - Multi-Container Pod
- Challenge 17 - Ingress Troubleshooting
- Challenge 18 - Deployment & Service
- Challenge 19 - Troubleshoot Deployment
- Challenge 20 - CPU and Memory Utilization
- Challenge 21 - Network Policy
- Challenge 22 - Gateway API TLS
- Challenge 23 - Persistent Volume Claim Troubleshooting
- Challenge 24 - Reduce High CPU Usage
- Challenge 25 - Helm Upgrade
- Challenge 26 - Troubleshoot and Complete a CRD
- Challenge 27 - Validating CNI Operator
Why This Course?
The CKA certification is a highly respected credential for professionals working with Kubernetes. It demonstrates that you possess the skills necessary to perform Kubernetes administration tasks in real-world environments.
However, passing the exam requires more than just theoretical knowledge—you need hands-on experience and a deep understanding of how Kubernetes works in different scenarios.
This course is here to fill that gap. It offers:
- Comprehensive Practice Questions: These are tailored to reflect the style and difficulty of actual exam questions.
- Explanations: Each question is followed by explanations to ensure you understand the concepts and methods required.
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Key Exam Topics Covered: From "Pod lifecycle management" to "Security", and "Networking" to "Storage", you'll tackle all critical aspects of Kubernetes administration.
Why Practice Questions Matter?
- Identify Knowledge Gaps: Discover which areas need more study or hands-on practice.
- Boost Confidence: As you answer questions correctly, your confidence grows, which is critical for exam day.
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Improve Speed and Accuracy: The CKA exam is time-constrained. Practicing helps you manage time effectively.
Get ready to dive into a series of challenging but rewarding questions, hone your Kubernetes expertise, and boost your confidence for the CKA exam.
We wish you the best of luck in your certification journey!
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Bibin Wilson
Bibin Wilson, the author of 300+ tech tutorials, is a cloud and DevOps consultant with over 12 years of experience in DevOps. He started his Kubernetes journey in 2015 and has successfully managed production-level clusters for well-known international clients.
Aman Jaiswal
Aman is a Kubernetes expert and CKA/CKAD certified engineer with real-world production experience. He worked in different industries such as FinTech/Banking domain, and Data Analytics. Dedicated to sharing insights on SRE, DevOps, and Kubernetes.