DevOps based Web Application Development and its Implementation

Ever wonder why some online apps seem to have performance problems and unavailability while others are so dependable and adaptable? The development process, especially incorporating web app DevOps techniques, is frequently the secret.

Developers encounter many difficulties when building and managing web applications. The list is long and includes tasks like handling security flaws, maintaining continuous installation, managing code modifications, and scaling the application to meet increasing user demand. These difficulties may cause development to stall, expenses to rise, and application quality to suffer overall.

This is where the role of DevOps in app development is valuable.

DevOps for web application development strives to close the gap between development and operations to provide a smooth and effective process. By implementing web application DevOps services, companies can expedite the delivery of high-quality apps, minimize errors, and improve operations.

In this blog, we'll cover the function of DevOps in web application development and its implementation. 

According to this developer survey, IT organizations that brought the DevOps culture to their teams experienced 60X fewer failures, 30X more deployments, frequently and 200X shorter lead times. The report also points to how DevOps improved the quality of code deployments and how this impacted the IT performance and the overall organizational culture.

DevOps based web applications mean that the benefits of DevOps extend to the daily functioning, troubleshooting, and monitoring of a web app. Automating development, deployment, and management of the software delivery process ensures that you are continuously integrating changes and customer feedback with the software delivery processes. 

The result? You move fast, follow a process of continuous integration and maximize your company’s productivity.

There are specific DevOps tools that help web app developers manage complex functions, scale effectively and produce quality at a high velocity. Most importantly, by diving into DevOps, developers can bring in building, integration, testing, and continuous planning into the equation. This means that instead of writing superfluous code, they focus on writing quality code. 

By automating and refining the software delivery process, developers have fewer worries about the code that they write not working or holding up in the testing, production, and deployment environments. Developers can focus on building better code than worrying about deployment environments. 

When they put to good use the broad knowledge of the working infrastructure of their web applications, minimizing all the other hassles, they can produce better results.

The process of implementing DevOps in web app development follows a sequential application development process. Web applications and their implementation typically follow a sequential approach. 

You would start with a requirement or a need analysis, then dive into design, and take the design to development. Then apply it to the testing floor, go right into development, and then release the product followed by maintenance.

There is a downside to this though, and if you don’t address it, you are bound to be ousted from a playing field that has giants like Google and Netflix, who have redefined product lifecycles. 

The downside is this — you cannot bring feedback into the mix until you complete the product and all its phases. 

But what good is that? Also, products in today’s markets should operate within changing requirements and parameters. The market is complex and more long-term than what a sequential model allows.

With DevOps, you bring continuous feedback and integration into the system. 

Here is an example of how Nokia adopted continuous integration (CI) for its software development:

Unlike a traditional software development lifecycle, by implementing DevOps to web application development, you are bringing continuous integration (CI) and continuous delivery/ deployment (CD) to form the core of your delivery process. 

All functions circle back to CD and CI to keep track of quality and also on time. Estimation of the time it takes to get the product to market is another major drawback in a traditional software delivery model, but with DevOps, you operate in short timelines known as ‘sprints.’

In a CI and CD pipeline, if you are building a web application, your team of developers writes the code and run it by version control. After version control, the code then goes to the build phase, and during the build phase, the code gets production feedback from all the branches of the process, and this helps in compiling the code.

The code then goes to the deployment phase, and then the testing phase, and if all is well, it goes to production.

In case of bugs or problems, the code goes back to the developers, who then fix it and repeat the process. A CI tool called Jenkins can automate this entire process and build a watertight system, one that is finetuned by reiterations.

This is what it looks like:

Planning –>Coding and Version Control (with tools like git or svn) wherein you write and build code –> Deployment phase (with tools like Docker)–> Testing (Automated by tools like Jenkins and Maven) –> Monitoring and Production

If you think this is a linear process, think again. Depending on the code you write, if there are bugs or problems in the CI environment, you receive feedback from the application and performance environments. Feedback can also arrive from the performance and testing rooms. The result is a multi-pronged approach that brings every person into the fold and gives responsibility for the entire process to every member involved in the software delivery process.

There are many differences between DevOps and traditional web app development practices. The principal difference is that traditional processes divide themselves into silos that are determined by skills. In other words, developers do their bit, and the operations team does its bit. 

DevOps splits the process into cells (comprising testers, coders, developers, and operations specialists) and separate phases that are extremely cross-functional and self-sufficient. 

The result? 

Productivity increases 2 times over for every ¼ reduction in production cycle and operation costs reduce by 20%. According to this report, DevOps teams are quicker to act upon problems and bugs, and reduced cycle time significantly.

There is another interesting difference between a DevOps-backed web application development process and a traditional one. In a traditional software delivery process, the project infrastructure is configured manually, which wastes a lot of time and resources. There are silos and extensive workarounds. 

In DevOps, it is all about perfect synchronization. Continuous integration and version control help to facilitate a programmatic infrastructure interaction and practice.

There are many benefits of DevOps that web application developers can reap, and which will impact them very positively.

Scalability

One huge advantage is that with such a finetuned and well-functioning cross-curricular environment, scalability is easier. This also means better team scalability.

Flexibility

Another huge advantage is that the code is written giving scope to flexibility, without undue dependence on the technical documentation. Therefore, when you need to rewrite or adjust the code, you can do so seamlessly by using the code itself.

Speed

The speed of delivery in a web app development process that follows the DevOps philosophy is significantly quicker. DevOps gives developers a broader perspective and a more comprehensive view of the processes. 

For instance, a web developer who changed to a DevOps team writes in TechBeacon about how DevOps added crucial layers to his process. In a traditional system, a developer would directly write code that adhered to a fixed set of standards.

But a developer who has worked with DevOps takes into consideration many things before finishing writing code. For example, how will this code fare in the automation tests and will it work in the CI environment. 

In other words, the developer also understands the environment within which the code is going to operate even before writing the code.

A cultural shift and a broader perspective

Another huge benefit is that if there is a fault in the CI environment, it helps if the web applications developer to replicate the very environment in which the problem arose. DevOps gives the developer the superior technical toolkit and the thinking culture to build that environment. It challenges developers to look beyond their limitations.

Better code

Due to the highly synchronized and flexible working processes in a DevOps system, developers are encouraged to come up with better code, and there are qualified cells to perform regular code reviews. When developers look beyond just the technical dynamics of code and bring in maintainability, deployment and testing standards to the process of coding, the result is a very superior product.

There are many benefits – automation of the delivery pipeline and a cross-collaboration that propelled the likes of Netflix and Google to fame — but the most positive impact of DevOps is on the organizational culture and the spirit of collaboration that it produces.

Please read: How to determine custom web app development cost

In conclusion, DevOps has revolutionized web application development by solving a variety of issues that companies and developers encounter. By merging development and operations, DevOps accelerates deployment timelines, improves cooperation, and simplifies processes.

DevOps's fundamental components—infrastructure as Code (IaC), automated testing, strong tracking, and Continuous Integration and Deployment (CI/CD)—ensure dependable and efficient web application development. These procedures not only save development time and expenses but also enhance web applications' functionality and quality.

At Toobler, we provide complete DevOps services for web applications customized to fit your specific requirements. Our expertise in web app DevOps methods and tools ensures that your apps will be developed, launched, and operated with the highest possible levels of effectiveness and safety. 

Connect with us now for more insights and understanding. 

1. What is DevOps in web development?

DevOps in web development is a cooperative methodology that unifies the development (Dev) and operations (Ops) teams to optimize the lifecycle of developing web applications. It emphasizes automation, continuous integration, and delivery (CI/CD) to boost software quality, expedite development processes, and increase deployment effectiveness. 

Implementing DevOps techniques can help teams guarantee quicker delivery, smooth upgrades, and reliable performance. This improves teamwork and shortens the time to market for online applications.

2. What are the 7 phases of DevOps?

The seven DevOps phases cover the full application development and deployment lifecycle:

• Plan: Specify the project's goals, schedule, and important outputs.

• Develop: Use agile techniques to collaboratively write and test code.

• Build: Use automation to compile code and produce executable builds.

• Test: To guarantee quality, carry out both automated and manual testing.

• Release: Install builds in a supervised setting.

• Operate: Oversee and keep an eye on live applications.

• Monitor: Keep an eye on user input and performance to make adjustments.

These stages guarantee effectiveness and smooth cooperation.

3. What are the Popular tools for DevOps?

The following are some popular DevOps tools for effective automation and collaboration:

• Jenkins: Automates deployment, testing, and building procedures.

• Containerization for consistent application environments is made possible by Docker.

• Containerized apps are orchestrated at scale via Kubernetes.

• Git: Enables collaborative development and version control.

• Ansible: Automates deployment processes and controls configuration.

• Terraform: Offers cloud resource infrastructure as code.

• Grafana and Prometheus: Track and display the performance of applications.

By streamlining the DevOps lifecycle, these tools guarantee speed and quality.

4. Is DevOps better than Web Developer?

Web development and DevOps have different functions and are not exactly interchangeable.

• DevOps aims to improve cooperation between the development and operations teams by automating and optimizing the software development lifecycle.

• With an emphasis on design, functionality, and user experience, web developers focus on creating and managing websites or web apps.

Every function is crucial, and how well they perform is determined by the project's demands. Combining the two often results in increased productivity and higher-quality output.

5. Is DevOps used in web development?

Yes, DevOps is used extensively in web development to improve teamwork, automate processes, and guarantee smooth application deployment.

• Combining the development and operations teams makes software delivery quicker and more dependable.

• DevOps tools like Jenkins, Docker, and Kubernetes make deployment, scalability, and testing easier.

• DevOps pipelines for continuous integration and delivery (CI/CD) assist web developers swiftly and without interruption implementing changes.

By implementing DevOps, web development teams may increase productivity, scalability, and product quality.