Kursplan

Introduction

  • The marriage of containers and hypervisors

Container Shortcomings

  • Application workload isolation

Virtual Machine Shortcomings

  • Speed
  • Resource Consumption

Kata Containers Use Cases

Preparing the Development Environment

Overview of Kata Containers Features and Architecture

  • Leveraging Intel Clear Containers and Hyper.sh runV
  • Compliance: OCI for Docker and CRI for Kubernetes.

Kata Container Components

  • Agent, Runtime, Proxy, Shim, Kernel and QEMU.

Building a Kata Container

Security

  • Overview of VM and container security
  • Enabling workload isolation

Networking

  • Kubernetes Overlay Network

Storage

  • How the VM and storage interact

Kata Containers APIs

  • Supporting legacy VMs.
  • Supporting bare-metal infrastructure.

Deployment

  • Deploying applications to production

Multi-tenancy

  • Multi-tenant Kubernetes

Kata Containers and Continuous Integration

  • Integrating with CI tools and processes

Troubleshooting

Summary and Conclusion

Krav

  • An understanding of containers and virtual machine concepts (Docker, Kubernetes, KVM, etc.).
  • Experience with the Linux command line.

Audience

  • Developers
  14 timmar
 

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Dates are subject to availability and take place between 09:30 and 16:30.
Open Training Courses require 5+ participants.

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