11 Proven DevOps Benefits for the Business

A recently published Markets & Markets report says DevOps market size is expected to swell and reach $10.33 billion by 2023. This blog post will help you understand how businesses can leverage DevOps practices and grow to greater heights.

What is DevOps?

DevOps brings together Development and Operations and is used to promote the process collectively. It allows the single team to handle the entire application from development to testing, deployment, and operations. DevOps automates the process between the software development team and the operations team. It enhances the processing speed and helps us to compete more effectively in the market.  

How Does DevOps Work?

DevOps teams work on the entire project from designing to development process till the production and support.

Source: Google

The Software Development Life Cycle starting from design, development, and testing is collaboratively achieved to reach the goal of continuous integration and delivery. Importantly, the team members working on Continuous Integration (CI), Continuous Delivery (CD), and monitoring technologies help in swift response to client requests.  

How DevOps Helps Business Grow?

Businesses will save time and money by using DevOps best practices and workflows, as well as boost software lifecycle predictability, create a corporate culture of innovation, and maintain high motivation levels.

1. Faster Deployment of Software Solutions

DevOps’ main goal is to create better software and deliver it to end customers faster. Because the team members are working collaboratively in DevOps, and the entire development and deployment process takes substantially less time. As a result, you’ll be able to produce results more quickly and boost client satisfaction. 

2. Improved Customer Service

Your organization will be able to better serve business clients in less time if it produces solutions faster. That is, by using a DevOps strategy, you will be able to improve your company’s customer service. This is undeniably advantageous to the organization. You can improve the consumer experience, enhancing brand value as well as revenue and profitability. This is one of the most important DevOps business benefits. 

3. IT and Business Integration

DevOps allows the internal team to collaborate and work on a project coherently. This is beneficial for a company in a variety of ways. Working in team collaborations makes employees productive. In the office, it also improves team camaraderie.  

4. Innovations and Digital Transformation

Organizations tend to stay up with advances, and DevOps gives them more time to do so. DevOps efficiently frees up resources for new ideas. Your company’s procedures will be streamlined and more efficient after implementing DevOps. As a consequence, more time is elapsed in the work schedule for brainstorming and developing new ideas. The more time you give your company to develop and improve, the more likely it is to expand and flourish. The commercial benefit of implementing DevOps is that it frees up time for you to develop fresh ideas for improvements.  

5. Flexibility in Operations

A flexible approach to company-wide development is always effective. Greater collaboration between team members in the workplace leads to the generation of better ideas. Faster sorting also brings huge, short- and long-term benefits. The longer it takes to debug a problem, the more money and resources will drain from your business. However, this can be reversed if you can resolve the issues more quickly. If you want to improve your problem-solving skills in the company, DevOps is the ideal solution for you.

6. DevOps Helps Save Time and Money

Many IT operations are routine and repetitive tasks. Most of them can be automated with scripts, but if the scenario is different, the script will fail and the scenarios in production will vary widely. Implementing the DevOps principles of Infrastructure as a Code, Continuous Integration, and Continuous Development ensures consistency of task scenarios and infrastructure immutability so that automation becomes 100% efficient and significantly reduces the time and effort required for routine and repetitive tasks.

7. Promotes a Corporate Culture of Innovation

Improvement and innovation are impossible without experimentation. However, if reconfiguring the system is a tedious task and someone must pay for the time, the cost of failure is too high. This is a common hurdle for many legacy infrastructures. If your mistake could cost you a job, you would think twice before suggesting any changes.

DevOps engineers operate virtualized infrastructures in which servers are treated like livestock, not pets. They can be deployed, run, and shut down in seconds, at virtually zero cost compared to tedious manual setup. Therefore, the cost of failure is negligible, and the failure of an idea is not anyone’s fault, it is just an indicator that the system can be improved.

8. DevOps Increases Software Lifecycle Predictability

We often see our projects being delayed due to “critical bugs discovered just before launch” or the need for last-minute security checks? It’s a reality that hampers the software delivery for decades before the DevOps paradigm was introduced.  

Security checks are built into the automated unit and integrity testing right out of the box, and the program is written in short chunks that are constantly embedded in the main project master rather than building long branches that are no longer merged. ahead. Therefore, working with the DevOps methodology dramatically reduces the possibility of last-minute problems and significantly improvises predictability, and produces better results in software development projects.  

Technical Benefits of Adopting DevOps

9. Automation Process

Repetitive tasks can kill the time of innovation. The only solution we have is automation. When compared with a traditional model DevOps comes with more significant benefits. It helps us in detecting and correcting problems quickly. All the flaws are tested repeatedly through automation, and the team gets more time for innovation and work on new ideas.

10. Dynamic Iteration Cycle

DevOps consists of various phases like continuous integration, continuous delivery, continuous monitoring, and continuous testing.  

11. Continuous Integration and Continuous Deployment

Continuous Integration: The source code of projects gets modified several times, and these changes are made daily or weekly. In continuous integration, the new code that supports new functionalities is built and added to the existing code.  

Bugs are detected in the early phase. Developers rope in more functionalities to the application, by running tools with unit testing, code review, integration testing, compilation, and packaging.  

Changes are reflected by the end-users by integrating new code with existing code. 

Continuous Deployment: In continuous deployment, the final application code is deployed in the production server. Configuration management plays a critical role in this phase. Precise deployment of application code on all the servers is taken care of by configuration management. The code is released to the servers, updates are planned for all servers, and these configurations are kept steady all through the production process. Ansible, Puppet, and Chef are some of the DevOps tools used for Configuration Management.

Containerization tools like Vagrant are used to achieve continuous deployment.  

a.Efficient Documentation with Proper Code Synchronization  

Developers deserve practical, high-quality, up-to-date documentation that permits them to get code they are not recognizable with rapidly. Documentation of this sort speeds up improvement and permits agility for dev groups, as engineers can rapidly move between different tasks. Yet the method of making high-quality documentation and keeping it up to date is so costly with respect to time and effort that it is impractical. We must alter the way we make and expend documentation and take after the standards of Continuous Documentation: making code-coupled documentation in couple with new thoughts and guaranteeing it is up to date.  

b.Technical Scalability  

Scalability continues to be one of the best priorities for the corporation. A product can only sustain if it can withstand maximum stress. DevOps guarantees better adaptability through certain practices. Organizations must arrange the framework so that it is adaptable enough to expand the resource consumption and scale it down when the load is lesser.  

DevOps executes certain practices to secure superior scalability. Subsequently, organizations must design the framework in an adaptable way to expand the resource utilization and scale down for lesser load.  

c. Easy to Spot Errors  

DevOps promotes standard code adaptations due to a shorter development cycle. This in turn, comes about in simple and speedy identification of code defects. With agile programming concepts, teams may utilize their time to decrease the number of execution failures. Furthermore, recuperating any loss due to blunders is easier when development teams and activities work together to share thoughts and develop.  

d. Stable Operating Atmosphere  

Operational Stability is one of the major concerns in any organization. Disorders within a highly coupled system will affect or worse take down an entire system at some point in time. Imagine a system of many services that are built in a way where all services are called in a sequence. These services are interdependent if one service is unresponsive or has timed out the effect will be tremendous. One solution to avoid this kind of failure is to create microservices that are less prone due to instabilities in the overall system.  

Big application is often very hard to manage. Once we make a change it will be deployed in production automatically. Code change might have caused a problem and the whole application is down. It will take more time to fix it. Making changes in microservices can cause a problem but it will take less time to fix and will be easier.  

Monitoring the application can be the best solution to avoid failures. We can create a custom dashboard that shows all data about operational stability with graphs and numbers. We can see collected errors and warnings that didn’t result in an alarm that is sent out to Operations and analyzed with the motive to improve the operational stability over time.  

e. Transparency in the Organizational Structure  

Collaboration and transparency are important to centralize incident information and development workflows. With a single source of incident data and deployment history, any team member can quickly access the information required with sufficient context. DevOps team can collaborate to resolve incidents.  

f. Convenient Security Maintenance  

DevOps Security or DevSecOps could be a set of practices, cultural approaches, and tools that bring together software development (Dev), IT operations (Ops), and security (Sec) to increase an organization’s capacity to deliver applications and services at high speed, safely. Safety ought to be executed into each part of the DevOps lifecycle, counting beginning, construct, plan, discharge, test, back, upkeep.  

DevOps Use Cases

1. DevOps in eCommerce  
2. DevOps in Travel and Tourism  
3. DevOps in Finance  
4. DevOps in Manufacturing Industry  
5. DevOps in Retail Industry 

Conclusion

The benefits of DevOps for trade grant a strong return and permits you to improve constantly. With a decrease in cost and time, you will keep building great client experiences and can collaborate, connect, total sales and work more competently.  

The longer term of a business depends on DevOps. DevOps practices set up a modern trade culture that will work past your software environment. As a result, DevOps will shape organization trade approaches, counting way better decision-making.  

How CloudThat Can Enable DevOps Practices?

CloudThat with immense experience in cloud training and consulting services help individual professionals to upskill by earning certifications in DevOps-related courses. Importantly as part of our consulting services, we offer Cloud-Native Application Development services to implement containerization, serverless application, service mesh, and microservices. 

To know more about AWS, Microsoft Azure and Google Cloud Platform, and DevOps courses, kindly visit our website: https://cloudthat.com