Docker enables you to build a container image and use that same image across every step of the deployment process. A huge benefit of this is the ability to separate non-dependent steps and run them in parallel. The length of time it takes from build to production can be sped up notably.

Adopters 5x their container. Docker adopters     approximately quintuple the average number of running containers they have     in production between their first and tenth month of usage.

This blog is written by Kishore Kumar Nagisetty Development and Operations are no longer exclusively separate roles within the IT department. Today, DevOps engineers reshape the way IT teams operate; improving collaboration between developers, sysadmins, and testers

Kishore Kumar Nagisetty working as a DevOps Engineer with the client CIGNA. continuous delivery and deployment are critical to delivering high-quality software product faster than ever before. Jenkins is an open-source continuous integration server written in Java

Kishore Kumar Nagisetty working as a DevOps Engineer with the client CIGNA. continuous delivery and deployment are critical to delivering high-quality software product faster than ever before. Jenkins is an open-source continuous integration server written in Java

Docker Content Trust enables their IT ops team to sign images and ensure that only signed binary will run in production. They also perform automated container scanning. Using multiple Docker Trusted Registries enables them to build a progressive trust workflow for their applications development process

Docker ensures your applications and resources are isolated and segregated. Docker makes sure each container has its own resources that are isolated from other containers. You can have various containers for separate applications running completely different stacks. Docker helps you ensure clean app removal since each application

The nature of Docker is that fewer resources are necessary to run the same application. Because of the reduced infrastructure requirements that Docker has, organizations are able to save on everything from server costs to the employees needed to maintain them. Docker allows engineering teams to be smaller and more effective.

Docker really makes it easier to create, deploy, and run applications by using containers. And containers allow a developer to package up an application with all of the parts it needs, such as libraries and other dependencies, and ship it all out as one package. By doing so, the developer can be assured that the application will run on any other Linux machine regardless of any customized settings that machine might have that could differ from the machine used for writing and testing the code.

Google Compute Engine instance, Rackspace server or VirtualBox, provided that the host OS supports Docker. If this is the case, a container running on an Amazon EC2 instance can easily be ported between environments, for example to VirtualBox, achieving similar consistency and functionality. Also, Docker works very well with other providers like Microsoft Azure

One of the key benefits of Docker is the way it simplifies matters. Users can take their own configuration, put it into code and deploy it without any problems. As Docker can be used in a wide variety of environments, the requirements of the infrastructure are no longer linked with the environment of the application.

The nature of Docker is that fewer resources are necessary to run the same application. Because of the reduced infrastructure requirements that Docker has, organizations are able to save on everything from server costs to the employees needed to maintain them. Docker allows engineering teams to be smaller and more effective.

At its heart lies Docker, a platform that allows users to easily pack, distribute and manage applications within containers. In other words, It is an open-source project that automates the deployment of applications inside software containers

Today, there is a buzz all around about Docker and containerization in general. What exactly is Docker and how is it related to containerization? What are the top benefits of using docker ? Why did it became so popular? In this article I will answer all these questions as well as give you a few statistics and some successful case studies related to Docker that are nice to know about.

From a business perspective, there are many benefits of continuous integration and it offers better business results, they can bring products to market faster, by finding issues when they are young and small, not waiting until they are large and more difficult to fix. They can also respond better to requirements that are introduced while the product is being development. This creates a better product for the customer, which is the real promise of agility.

Let’s start off by explaining what is CI and we will then enumerate the main benefits of continuous integration. Continuous integration as part of architecture-based approach, extend basic agile practices enough to provide both high quality and project flexibility.

Easily     Configurable. Jenkins can be easily modified and extended. It deploys code     instantly, generates test reports. Jenkins can be configured according to     the requirements for continuous integrations and continuous delivery.