Introduction to Kubernetes

Part 1: Prerequisites – Kubernetes Foundations

1. Containers
2. Linux Kernel Features
3. Container User Experience
4. New Container Capabilities
5. Gaps using Containers in Production
6. Microservices
7. DevOps

Part 2: Core Concepts of Kubernetes

1. Cluster Orchestration
2. Looking at K8S Origination at Google
3. Open Source
4. Benefits
5. Design Principles

Part 3: Navigating Kubernetes Architecture

1. Master/Node
2. Kubectl
3. Replication Controller
4. Kubelet
5. Kube-Proxy
6. Persistent Volumes
7. Etcd
8. High Availability

Part 4: Using Kubernetes Features

1. Pods
2. Labels
3. Services
4. Namespaces
5. Resource Quota

Part 5: Security and Kubernetes

1. Goals
2. Roles
3. Attribute-Based Access Control
4. Policies
5. Service Accounts
6. Secrets

Part 6: Networking and Kubernetes

1. Docker Networking
2. Kubernetes Networking
3. Pod to Pod
4. Exposing Services
5. IP Per Pod
6. Inter Pod Communication
7. Intra Pod Communication

Part 7: Cluster Add-ons

1. Cluster DNS
2. Logging with Elasticsearch and Fluentd
3. Container Level Monitoring
4. cAdvisor
5. InfluxDB
6. Prometheus

Part 8: Practical Kubernetes Examples

1. Hello World
2. WordPress         
3. Guestbook
4. 3 Tier App
5. Http/Https Load Balancing

Part 9: Continuous Integration with Kubernetes

1. Canary Release
2. Blue Green Deployment
3. A/B Testing
4. Rolling Update
5. Jenkins Plugin

Part 10: Roadmap/Beta

1. Ingress
2. Deployments
3. Autoscaling
4. Jobs
5. DaemonSets
6. Network Plugins
7. DNS

Part 11: Class conclusion – Implementation, Q and A, Next Steps

1. Discussion: What can you apply?
2. How can Kubernetes help your situation
3. Expert Q and A

This Kubernetes training class is for engineering teams, leaders, and technology stakeholders who need to help their organization take the next step in orchestrating and managing containers and the services they support.

Professionals who may benefit include:

• Application Developers
• Operations Developers
• IT Directors & Managers
• Development Managers
• Site Reliability Engineers
• Teams practicing DevOps
• CTOs

• Enable the ability to use the same APIs for all your private and public data centers.
• Use Kubernetes as a tool to offer “container-as-a-service” capabilities to their teams.
• Automate many traditional operational tasks such as Load Balancing, High Availability, Resource utilization, etc.
• Empower both operational and development organizations to synchronize service delivery and common application outcomes.
• Use Kubernetes to support multi-tenancy and a multi-datacenter control place as an alpha feature.
• Leverage the same open-source Kubernetes technology that has been adopted by Walmart, Pokemon Go, eBay, Red Hat's Openshift, and other high profile early adopters.
• Deliver software and IT services as smaller, faster, and more adaptive components of your overall architecture.
• Take major steps towards implementing microservices in a pragmatic, real-world fashion.