It streamlines the operation of our e-commerce systems for major brands, making deployment easy and cost-effective.

It significantly simplifies our deployment and management processes. We've containerized over ten microservices, improving efficiency and deployment speed.

For Kubernetes management, the key thing is managing containers. It reduces errors compared to traditional servers. Since containers are lighter weight, deploying them is faster. Think about it this way - if an image is smaller and lighter, you can install it much quicker. This is especially beneficial when you need to deploy a large number of containers, potentially in just minutes or even seconds.

On Selenium containers, we had about 550 test cases that we ran across 17 browsers and OS combinations. We could have run this on any of the third party products, but what we're able to do is done using Docker containers.

We were able to run a different operating system and browser combination on a single machine of 8 GB. We were able to run all the 550 test cases simultaneously on 16 OS and browser combinations just in the testing.

The required time was around five days for five test cases. With Docker, we were able to reduce it to two days.

By using Docker and introducing this tool to different organizations, it provides repeatable development, build, test, and production environments, and allows every team member to work in a production parity environment, include to that, app isolation, simplicity, and faster configurations. And the most important benefits for most organizations is continuous deployment and testing.

Did not use Mirantis Container Cloud in the organization.

We don't use Mirantis Container Cloud straightforwardly. We use it through GCP and Google's managed Kubernetes environment.

Before using this solution, we didn't have any kind of platform. This solution allows us to run anything and then post it like a single file. 

The organization has a lot of microservices for websites and mobile applications that need to scale easily horizontally and vertically. I am directly responsible for building a Docker environment for the organization for their applications and microservices. Our developers have provided the organization with the benefit of the scalability and availability of the applications. By using Docker Engine and the environment, they can easily run their application in different containers and schedule different hosts. It is simple to scale the applications, check the health and availability.

The most benefits of the containers are resolving the portability of the applications from the developer environment to the production, as well as the ability to scale easily.

It took us 30% faster to implement the solutions that we used to have with other platforms, and the flexibility has increased by 50%.

We are using Docker for a client that we currently have in India. They are building a solution for the medical industry. Docker is very helpful for taking the code from development and applying it to the end user.

You can easily deploy it in different platforms and cloud providers. You are actually deploying container to container. 

This solution has cut down on our development time and allows us to spin off new instances for inner development, testing, productions, and security testing.

Docker has allowed me to have pre-defined working environments that can be moved to the cloud and I know they will be exactly the same. Something can be deployed to the cloud, but the overhead of running a virtual machine is wasteful. This is especially the case since on most clouds, an account is already contained by a virtual machine. Running a virtual machine within a virtual machine is possible, but not ideal.

This solution has improved our organization with the agility, microservices approach, and scalable solutions for distributed systems.

Well dockerized application are much easier to maintain, at a fewer cost.

Now it is easier to set up the development environment and also to test the applications on the pipelines.