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Switching the Traditional Deployment with Docker

There are various platforms to develop websites and applications that provide easily comprehensible frameworks for developers’ work. However, some of them have proven to be promising in professional development. Deployment of applications through Docker is becoming popular in developing community lately.

Table of Content

Traditional Deployment with Docker

What is Docker?

Docker is a tool that was introduced in 2013 to create, deploy, and run applications. It operates on Windows, Linux, and also on macOS to increase its reach to numerous platforms. Many developers are switching from traditional deployment to Docker after getting the hang of it.

Reasons for Switching Deployment Platform

Following are some of the reasons for this switching to occur over such a short period:

  • Lately, Docker is getting more attention when it comes to developing complex applications. Although most of the developers worldwide have used traditional deployment methods until now, Docker has gained popularity among them gradually and has started to switch to this tool.
  • Docker has become a valuable tool in terms of deployment. It helps developers in designing, creating, and running the applications smoothly. Moreover, Docker consists of a set of platforms that uses virtualization at the operating system level. It uses numerous packages to use software and deploy applications. These packages are also known as containers.
  • Within Docker, these packages or containers work in complete isolation. They contain their very own libraries, software, and configuration files. These isolated containers work with each other with proper communication channels to make the whole system work efficiently.

Difficulties with Traditional Deployment

Risky Development

There is a considerable risk associated with the development of an application using the traditional deployment method. While utilizing the traditional method, the successful deployment of applications is measured by the rate of interruptions in the product’s service and stability. Furthermore, the best scenario in this type of development method is to work with a virtual machine. In this case, a CI/CD pipeline delivers the application code to the server. The developers make necessary changes through scripts or configuration deployment tools.

Accessibility Issues

Moreover, the lack of access granted to developers is the main issue in this type of development. Without the required access, developers cannot determine their program’s current state, which makes validation of the application quite risky.

Customized Procedures

Additionally, the procedures in the traditional methods are custom made, which is another reason to switch away from them. As the developers are not allowed to reprogram them, deployment on these frameworks becomes quite tricky. This problem inculcates an alarming situation in developers near the release of application and delays the overall working environment’s yield.

Delay in Deployment

Also, the traditional way of deployment often delays finding and fixing bugs. These small delays result in an overall delay in releasing an application, causing the loss of millions in high-level applications. There is also a fair chance of error in scripting, resulting in more bugs and faulty configurations. Emergency deployment of an application causes chaos in a traditional environment. Also, it leads to difficulties in timely deploying a system that contains a combination of various applications.

Deployment Using Docker

Up-to-date Platform

On the contrary to tradition deployment, Docker is a successful tool that helps develop, test, and deploy applications. Compared to the traditional system, Docker works in an ever-evolving system to keep things up to date. With the development of technology, Docker provides an excellent and newest production environment to keep up with the world.

Controlled Configuration Environment

Docker is becoming popular because it helps in simplifying the deployment process. It allows controlling the configuration process of the developed application and overall environment. It helps in understanding various working aspects of a web application in the development process. This tool further helps in working on the changes and functions in the production environment.

Multiple Computing Environments

Containers in Docker play a significant role in the smooth working of applications. These isolated containers contain packages and libraries along with relevant software. These make sure that the software applications run smoothly from one computing environment to another. Moreover, the isolation ability of containers in Docker enables the property of running several containers on a single host at a time.

Benefits of Using Docker Deployment

Deployment with Docker is better than traditional deployment methods. Docker helps to customize the working environment and solve difficulties present in traditional deployment for a better user experience. It helps to solve the following problems:

Single Working Platform

In Docker, there are no different platforms for production and deployment. It allows users to create customized production environments and deploy the configuration to the production server without any changes.

Safe and Transparent Configuration

Docker includes configuration files in the git repository. It helps in defining the overall configuration of web applications.

Collaborative Environment

Since Docker saves all the configuration files on a git repository, it also helps people collaborate. Interested people can deploy the application on their system. They can also provide their insights on the application later on.

Efficient Cost and Resource Utilization

Developing applications with Docker is both a cost and resource-efficient technique. The cost spent on IT and software license reduces, enabling the developers to design and create applications as they desire.

Benefits of using Containers in Docker

Working with Docker has higher-level benefits than traditional deployment. Through the evolution of technology software, development and deployment have mainly shifted to virtual machines. Although virtual machines provide an environment to run software applications in a guest operating system, there is a considerable overhead observed for such isolation. There is enormous computational overhead to virtualize the hardware on which the developers want to work.

On the other hand, containers prevent such overhead by observing the ability of the host operating system. This mechanism helps to run the isolated system per computing power of the host. Moreover, container-based applications are deployed easily in different predicted environments. These environments include public clouds, private data centers, or even laptops.

Lastly, Docker is a relatively new technology that has matured nicely and successively despite being introduced not so long ago. It mainly focuses on resolving the modern-day issues of reducing the application risk while delivering the products quickly and continuously. Therefore, it certainly has the full potential to outgrow the traditional deployment methods being used in the software industry.


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