DevOps is a growing movement that encourages closer collaboration of developers and system operations to help business goals to be achieved efficiently and on time. Software development and infrastructure scaling are very fast-paced nowadays. That brings a necessity of larger automation, measurement and information sharing for all involved processes.
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The course is based on real-world experiences implementing automation and DevOps initiatives. The course includes practical lab work and the course material is continuously updated to follow latest trends in automation tooling. You will be shown many tools in action including Jenkins, ELK, ServerSpec, Docker, Terraform, Kubernetes, Serverless.
The course runs in a small group with a lot of discussion and experience exchange. Attendees will receive references to documents, books, videos and GitHub projects for continuous, independent self-development. You will also receive the optional coding assignment for skill polishing. Homework will be reviewed and supplemented by constructive feedback.
What you will learn:
Introduction to DevOps: The story, Problems, Main principles
Team work: DevOps team topologies, Unplanned work, Making work visible, KanBan for Ops, Site Reliability Engineers
Automation is the key: Why to automate? What to automate? How to automate? When to not automate? Automation arguments, mathematical models, automation approaches
Continuous X: Continuous Integration, Continuous Deployment, Continuous Delivery, Relation to DevOps, Lean, and Agile
Configuration management: Metadata management, Maturity model, Service Discovery, Configuration Servers, GitOps
Infrastructure automation: Managing environments, Developer’s machine, From development to production, Infrastructure scaling, Mean time to recovery, Servers vs. Serverless, SDN (Software Defined Networks), SDx (Software Defined Everything)
Cloud infrastructure: Public clouds, Private clouds, Cloud Economics, Cloud Security, IaaS (infrastructure as a service), PaaS (platform as a service), CaaS (container as a service), FaaS (function as a service)
Tooling: Local development, Infrastructure connectivity, Infrastructure provisioning, Infrastructure testing, Infrastructure monitoring
Lab work: Git, Vagrant, Packer, Bash/Fabric, Puppet/Ansible, ServerSpec, Jenkins/GitLab-CI/Bamboo, Docker, Terraform, AWS, Kubernetes, Serverless, ELK
Familiarity with IT terminology and IT related work experience are recommended.
Bring your own device
Delegates are requested to bring their own laptop to participate in this course.
We will provide full details of the software installation required a week prior to the course. You can find a set of minimal requirements below: https://gist.github.com/aadamovich/c68c802518c0b290ed63146554d60e6f
Developers, software architects, technical project managers, system administrators.
This course is intended as a hands-on practical course and not affiliated with any specific certifications. By completing this course, students will be able to:
- Understand the principles of DevOps and Continuous Delivery
- Know the automation tool set to choose from
- Automate infrastructure provisioning, scaling, testing and monitoring