You will learn how all of the components of a Kuberenetes cluster work together, how to monitor all components of a cluster, and how to build your own Kubernetes cluster from scratch. We will also cover networking, deploying applications, scheduling pods, logging, and a whole lot of practice in the command line.

Audience for this course:

System Administrators with knowledge of Docker who are looking to build their career using the fast growing technology of Kubernetes.

• ETCD
• Kube-API Server
• Controller Manager
• Scheduler
• Kubelet
• Kube proxy
• PODs
• ReplicaSets
• Deployments
• Services, Service Cluster IP

• Manual Scheduling
• Labels and Selectors
• Resource Requirements and Limits
• DeamonSets
• Static Pods
• Multiple Scheduler

• Monitor Cluster Components
• Managing Application Logs

• Rolling Updates and Rollbacks
• Configure Applications
• Commands and Arguments
• Configure Environmental variables in applications
• Configuring ConfigMaps in Applications
• Scale Applications
• Multi-container PODs
• Multi-container PODs Design Patterns
• InitContainers
• Self Healing Applications

• OS Upgrades
• Kubernetes Software versions
• Cluster Upgrade Process
• Backup and Restore Methods

• Kubernetes Security Primitives
• Authentication
• TLS
• Certificates API
• Kubeconfig
• Persistent key/value store
• API Groups
• Role-Based Access Controls
• Cluster Roles and Role Bindings
• Image Security
• Network Policy

• Volumes
• Persistent Volumes
• Persistent Volume Claims
• Application Configuration

• Switching and Routing
• DNS
• CoreDNS
• Network Namespaces
• Docker Networking
• CNI
• Cluster Networking
• CNI in Kubernetes
• CNI in weave
• IP Address Management – weave
• Service Networking
• DNS in Kubernetes
• CoreDNS in Kubernetes
• Ingress

• Application failure
• Control Panel Failure
• Worker Node Failure
• Networking Failure

While attending training classes can be an important part of your preparation, attending class does not guarantee success on the exam. Previous experience, practice, and native aptitude are also important determinants of success.

Exam format

The CKA exam is heavily focused on practical application, as it is a hands-on test of your ability to run commands to perform specific actions. There are no multiple-choice questions in this exam. You will be given access to a command line and will be required to perform various tasks.

Scores and reporting

Official scores for exams come exclusively from Cloud Native Computing Foundation. CNCF does not authorize training partners to report results to candidates directly. Scores on the exam are usually reported within 3 U.S. business days.

Exam results are reported as section scores. CNCF does not report performance on individual items, nor will it provide additional information upon request.

Exam Duration: 3 hours.

Step 1: Go through the guided practical questions in your Kubernetes Curriculum.

Step 2: Ensure all your concepts are crystal clear. Consult your trainer if you need anything.

Step 3: Go through the exam preparation questions multiple times. Practice sample questions at least thrice before appearing for the certification.

Step 4: Never forget to use man pages if you get stuck or confused anywhere.

Step 5: Appear for your examination and keep a clear mind.

1. Your Kubernetes Training is complete practical with focus on real life elements of using Kubernetes skills.
2. The Kubernetes Training we provide does not only cover the official Kubernetes curriculum but also tips and tricks beyond your Kubernetes curriculum.
3. We have been in the training sector for more than 16 years, thus we have an excellent network of companies where we regularly place our candidates. Kubernetes Training with Network Nuts is the best choice for people looking for a career in Automation.
4. Kubernetes Training with Network Nuts also comes with sample cover letters, sample resumes and mock interview questions.