How DevOps Can Support Continuous Architecture in 3 Ways?

For a long time, an organization's IT department was divided into two groups: development and operations.

The development team was responsible for creating application software and ensuring that the code was flawless. They deliver a code that the operations team will run after hours of tries, errors, and hard work. The operations crew would also inspect the programme, assess its performance, and report any faults.

Isn't this a rather straightforward and considered strategy?

In actuality, these two big teams in DevOps development will always be at odds about how to execute the code. For example, while the developers were writing thousands of lines of code using PHP 5.6, Ubuntu as the operating system, 8 GB RAM, and an i7 processor, the operations team used PHP 7.0, Centos, 16 GM RAM, and an i5 CPU to run the the identical code.

Conflicts can arise for a variety of reasons, including a missing software library or a different system environment. Even though the cause of the problem could be their own system, the operations team flagged the code as an error.

To address this issue, the development (Dev) and operations (Ops) teams joined forces and began implementing DevOps architecture which was divided into few parts. This enables the development team to use a container (a software environment) that has all of the necessary components to operate an app. After they've finished their work, they can hand over the container, along with all of the code, to the operations team, who can then run the code using the same technology stack.

Defining The DevOps Architecture

DevOps isn't a tool or a solution. It's a philosophy, a culture, or a mindset that emphasises collaboration and communication in order to deploy software as quickly and sustainably as feasible.

It has been gaining popularity among businesses by bridging the gap between development and operations teams and accelerating software deployments. DevOps consulting can complement today's business goals: accelerate change in response to customer and market needs; be nimble so that a manufacturing firm may work less like a bureaucracy and more like a startup.

As a result, incorporating DevOps into software development will drive everyone in your company to prioritise speed, automation, transparency, and efficiency.

Let’s Understand How Devops Support The Architecture In 3 Ways.

1) Control Of Source Code From A Central Location

Its codebase's sole source of truth is your central repository. Every CI/CD pipeline relies on source code version control, which enables your engineers to collaborate on several projects at the same time and seamlessly combine their contributions. Version control keeps track of every change made, allowing you to see who made what and when, and allowing you to swiftly roll back to a previous version if something goes wrong.

Git is the basis for many version control systems used in DevOps infrastructure architectures. Your code repository must allow integrations with CI/CD technologies as well as test automation, regardless of the tool you use.

2) Integration 

When several developers contribute to the same repository, integration tools are required to ensure that the code is correct and that it will not break or add errors. Continuous integration takes this a step further by automating code integrations, allowing developers to merge changes more often without compromising quality or functionality, but test automation is really the only way to get the full benefit of continuous integration.

While standalone CI tools are available, they are frequently combined with continuous delivery as a CI/CD system.

3) Automated Testing

Continuous testing is used throughout your CI/CD pipeline to ensure that the speed and convenience of automation do not come at the expense of code quality. Early and frequent testing of your code allows you to shift left, which means you can uncover defects and vulnerabilities before they affect later stages of the SDLC. However, automation is required to perform continuous testing without adding new bottlenecks to your CI/CD process. Every release can benefit from end-to-end testing thanks to test automation.

Finding a test automation solution that fits seamlessly with your environment and pipeline is a problem. Choosing a complete DevOps CI/CD solution that includes test automation as well as support for third-party integrations is one method to overcome this challenge.

4) Consistent Delivery

Continuous delivery streamlines the process of developing and deploying software. The goal of continuous delivery is to move your code through the final phases of the SDLC automatically.

After code is automatically merged into the code base, continuous delivery begins. The code is automatically compiled and prepared for the next stage using automated build tools. The code is then delivered to a testing environment via CD. CD transports the code to its final destination, the production environment after it passes all essential tests. Continuous delivery systems assist decrease bottlenecks in the later phases of the development cycle by easily transitioning code through each of these stages as soon as it exceeds pre-defined thresholds.

The Undeniable Benefits of DevOps Architecture

The DevOps methodology has so many advantages that the industry is expected to expand to $10.31 billion by 2023 (24.7 percent CAGR). If we had to pick a few, these are some of the advantages you can gain by executing a successful DevOps roadmap in your company.

1) User Experience Enhancement

In DevOps development, user experience and feedback are like the laws of thumb. Enterprises recognize the critical importance of what people require and take steps to provide those needs. DevOps provides the necessary tools and insights to put yourself in the shoes of your users and provide the best possible service.

2) Release Software Quickly

Deploying new software or introducing new features will help you differentiate yourself from your competitors and respond to user needs quickly. Accelerate your development using AWS or Azure DevOps architecture and reach new heights.

3) Cost Savings

Adopting a DevOps approach can help reduce total development and production costs. Firms will be able to keep their costs down by combining upgrades and maintenance under a single hood.

4) A workplace that has been stabilized

The stress of addressing problems, updating features, and releasing new functionality can destabilize your workplace and reduce your developers' productivity. By providing a well-thought-out and steady approach, DevOps principles pave the path for a better working environment.

Wrapping Up

DevOps development is about the journey rather than the end. Starting to adopt all of the aforementioned methods will undoubtedly allow your projects to work in peace. DevOps abilities and tools are always improving. DevOps consulting, like Agile methodologies, is a large part of an organization's overall cultural change pie. Transitioning to DevOps can be difficult even with the best CI/CD technologies. You must rework existing workflows and transform your corporate culture to prioritize cooperation and creativity in addition to building up your DevOps infrastructure design. With our people-first approach to deploying DevOps tools, procedures, and principles, the specialists at ManekTech strategic services can assist you in making this change.