Understand the challenges large scale applications face and how to solve them using Docker and its ecosystem.
This training session covers several projects that help maintain a large Docker infrastructure.
The participants will learn to use the latest and greatest tools that provide solutions for auto-discovery, clustering, failovers and other requirements that a large infrastructure must accommodate but a single docker container doesn’t provide on its own. You’ll leave with the skills & confidence to deploy a large amount of docker containers in your infrastructure.
You’ll discover ideas that’ll transform your tech work, your applications, and your business.
Don’t you wish you could manage a large infrastructure composed of a multitude of micro-services quickly?
Well guess what? You found it!
What makes our training different?
Beyond diving into using Docker for a Large-scale infrastructure, here’s what makes DevOps Pro training unique:
Highly valuable content
Professional development for Webmasters, Programmers, and IT.
Extensive learning enabling growth and adoption of best practices
Cost effective, encouraged, effective method for training employees — Provides the potential to positively impact employee learning and development internally!
Develop the Knowledge and Skills of Your Employees — Enhance and ensure an employee’s exact skills and knowledge that is needed to succeed in their jobs.
An interactive problem solving exercise with game elements — participants are offered to take part in an interactive case study process.
Why Should You Come:
Every aspect of our content is hand-picked and carefully crafted, and ranges from inspiring lessons from seasoned entrepreneurs, to informative how-to sessions, and interactive exercises.
Different teams working on the components, different run-time requirements and dependencies require individual virtual or physical machines for each service. Keeping the infrastructure up-to-date, orchestrating the deployment and creating new servers becomes cumbersome and time consuming. On top of that, the hardware is usually severely under-utilised, and the expenses are rising.
The docker solution offers the following benefits:
Rapid application deployment – containers include the minimal runtime requirements of the application, reducing their size and allowing them to be deployed quickly.
Portability across machines – an application and all its dependencies can be bundled into a single container that is independent from the host version of Linux kernel, platform distribution, or deployment model.
This container can be transferred to another machine that runs Docker, and executed there without compatibility issues.
Version control and component reuse – you can track successive versions of a container, inspect differences, or roll-back to previous versions. Containers reuse components from the preceding layers, which makes them noticeably lightweight.
Lightweight footprint and minimal overhead – Docker images are typically very small, which facilitates rapid delivery and reduces the time to deploy new application containers.
Simplified maintenance – Docker reduces effort and risk of problems with application dependencies.
You will learn:
How to use the latest high-end tools to build Docker container in a scaleable-ready infrastructure.
The Concept of Service Discovery.
How to use consul.io, registrator, consul-templates.