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Kubernetes and Cloud Native Associate (KCNA)
Those who earned this designation showed a basic understanding of cloud-native technologies and Kubernetes, including how to deploy an application using basic kubectl commands, the architecture of Kubernetes (containers, pods, nodes, and clusters), the cloud-native landscape and projects (storage, networking, GitOps, service mesh), and the fundamentals of cloud-native security.
Overview
The most popular term in the cloud computing industry right now is kubernetes. With a startling surge of more than 173% in just one year, it has had the fastest growth in job searches! The need for Kubernetes expertise is rapidly increasing, according to recent Indeed surveys.
Our KCNA (Kubernetes and Cloud Native Associate) course provides a thorough and engaging educational experience that will provide you the abilities and information required to grasp the foundations of Kubernetes and Cloud Native concepts and achieve your certification as a KCNA professional.
Our KCNA course is intended to be thorough and immersive, giving you the abilities and information required to become a qualified KCNA professional.
What you will Learn in this Kubernetes and Cloud Native Associate (KCNA) course?
- Cloud-Native Architecture: You’ll explore the core principles and benefits of Cloud-Native Architecture and gain a solid understanding of microservices, serverless computing, autoscaling, open standards, and other key concepts.
- Container Orchestration: You’ll discover the power of container orchestration with Kubernetes and learn about container orchestration fundamentals, including security, networking, service meshes, and storage.
- Kubernetes Fundamentals: You’ll master the essential Kubernetes concepts, including pods, services, deployments, replica sets, scheduling concepts, and more.
- Cloud-Native App Delivery: You’ll learn how to deliver cloud-native applications with speed and efficiency using tools and techniques such as continuous delivery and GitOps.
- Cloud-Native Observability: You’ll explore the world of cloud-native observability and learn how to monitor, debug, and troubleshoot cloud-native applications using tools like Prometheus. You’ll also gain insight into cost management aspects to optimize cloud spending.
Our Package
Introduction
Kubernetes Fundamentals
What are Containers? (13:35)
Demo – Docker (02:34)
Container Orchestration (03:13)
Kubernetes Architecture (06:22)
Runtime – CRI (03:02)
Docker vs ContainerD (13:07)
Kubernetes Resources
Pods (09:02)
Demo – Pods (04:22)
Pods with YAML (06:47)
Demo – Pods with YAML (06:09)
ReplicaSets (15:37)
Demo – ReplicaSets (13:44)
Deployments (04:20)
Demo – Deployments (04:26)
Deployments – Rolling Updates and Rollbacks (07:30)
Demo – Deployments – Rolling Updates and Rollbacks (14:35)
Imperative vs Declarative (13:00)
Kubectl Apply Command (04:39)
Kubernetes Namespaces (08:13
Scheduling
Manual Scheduling (02:24)
Labels and Selectors (05:30)
Taints and Tolerations (09:34)
Node Selectors (03:19)
Node Affinity (07:05)
Taints and Tolerations vs Node Affinity (02:34)
Resource Limits (05:49)
DaemonSets (04:04)
Static Pods (08:42)
Multiple Schedulers (09:34)
Configuring Kubernetes Scheduler Profiles (09:52)
Container Orchestration – Security
Manual Scheduling (02:24)
Labels and Selectors (05:30)
Taints and Tolerations (09:34)
Node Selectors (03:19)
Node Affinity (07:05)
Taints and Tolerations vs Node Affinity (02:34)
Resource Limits (05:49)
DaemonSets (04:04)
Static Pods (08:42)
Multiple Schedulers (09:34)
Configuring Kubernetes Scheduler Profiles (09:52)
Container Orchestration – Networking
Cluster Networking (02:11)
Pod Networking (08:41)
CNI in Kubernetes (02:48)
CNI weave (05:59)
DNS in Kuberntes (05:41)
Ingress (21:04)
Container Orchestration – Service Mesh
Sidecars (01:38)
Envoy (01:41)
Monoliths & Microservices (07:55)
Service Mesh (01:18)
Istio (01:18)
Installing Istio (01:24)
Deploying our First Application on Istio (02:22)
Continue Learning Istio (00:40)
Container Orchestration – Storage
Storage (00:48)
Introduction to Docker Storage (00:56)
Storage in Docker (12:21)
Volume Driver Plugins in Docker (01:48)
Container Storage Interface (03:45)
Volumes (04:25)
Persistent Volumes (02:51)
Persistent Volume Claims (03:53)
Storage Class (03:57)
Cloud Native Architecture
Autoscaling (02:04)
Horizontal Pod Autoscaler (03:06)
Vertical Pod Autoscaler (08:24)
Cluster Autoscaler (01:42)
Serverless (04:51)
Kubernetes Enhancement Proposals (KEPs) (06:45)
Kubernetes SIG (11:01)
Open Standards (07:11)
Cloud Native Observability
Observability Fundamentals (07:10)
SLO/SLA/SLI (03:32)
Prometheus Use Case (02:19)
Prometheus Basics (02:20)
Prometheus Architecture (08:30)
Prometheus – Node Exporter (03:06)
Prometheus Configuration (08:47)
Prometheus – Metrics (14:35)
Prometheus – Monitoring Containers (03:11)
Prometheus – Monitoring Kubernetes (09:52)
Cost Management (05:45)
Cloud Native Application Delivery
Application Delivery Fundamentals (03:29)
What is GitOps (04:24)
GitOps Principles (03:44)
Push vs Pull-based Deployments (01:50)
CI/CD with GitOps (02:27)
Git Repositories, Dockerfile and Application Walkthrough (01:32)
ArgoCD Walkthrough (02:30)
CICD Pipeline Demo (02:16)
Upcoming Batch
April 20th (Weekends)
FRI & SAT (4 Weeks)
08:30 PM to 01:00 AM (CDT)
April 18th (Weekdays)
MON – FRI (18 Days)
10:00 AM to 12:00 PM (CDT)
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