Development and operations were isolated modules over a long time, where developers built the code, and the system administrators did the deployment and integration part. There was little or, better to say, limited communication between silos from both ends throughout this cycle.

A separate working environment was not an issue till the Waterfall development model dominated. But, after Agile and continuous workflow started taking charge over powerful software development companies, which eventually stressed the Waterfall model to step out of the race silently.

However, frequent releases and short sprints every day require a new approach and experience in team roles demanding a new and advanced development approach. Here, DevOps comes into play, one of the most discussed software development approaches.

You should consider embracing DevOps for better performance, competitiveness, and business success. But, before implementing, you first need to look at what DevOps is all about and how it improves product delivery.

What is DevOps?

DevOps is popularly known for development and operations. It is a widely used method whose purpose is to merge the development, quality assurance, and operations, such as the deployment and integration of functions into several procedures.

This method is just another broadened delivery approach used by top leading IT techs like Facebook, Netflix, Amazon, Etsy, etc. A report from Grand View Research says that the global DevOps market size is growing seamlessly and is expected to reach USD 12.85 billion by 2025.

Moreover, they added that the current CAGR rate of 18.60% stressed a positive growth in the global market cap.

By incorporating this development and operations, firms will benefit from encompassing business and adding cultural and technical growth elements.

Key Principles of DevOps 

  • Monitor Continuously: The DevOps team should monitor the process continues after implementing the CI/CD pipeline.
  • Create a Collaborative Environment: DevOps brings an atmosphere of collaboration by pushing development and operation teams together.
  • Automate, Automate, Automate: Three times Automate means that the DevOps team should automate processes as much as possible.
  • Implement End-to-End Responsibility: DevOps is not like the traditional software development model that gives operations and software developers separate roles but implements roles and responsibilities in an end-to-end methodology.
  • Make Learning Prior: Teams should not take failure as a personal blow and see failure as a chance to learn something new rather than building fear to face mistakes.
  • Foster Continuous Improvement: With growing advancements in management models, customers always ask for technology improvement. It’s essential to serve the best every time.

What Are The Benefits Of DevOps?

DevOps is the most crucial practice for merging development, quality assurance, and operations for any software project.

  • Increased product disclosure speed and integrity: DevOps quickens the product release by initiating continuous delivery, enabling immediate acknowledgment, and enabling developers to rectify bugs in the system in the initial phases. On exercising developments and operations, the team will be able to concentrate on the integrity of the commodity and computerize several processes.
  • Rapid acknowledgment of consumer demands: With DevOps, a group could respond to amends in requests through consumers quickly, putting fresh and revising prevailing features. Consequently, the time-to-market and quality delivery rates rise.
  • Favorable working environment: DevOps precepts and exercises cause adequate information transfer among committee members and improve productivity and agility. Groups that exercise development and operations get more efficient and up-skilled.

Members of such committees, both those who cultivate and those who regulate, function in harmony.

What are the Challenges Faced By DevOps?

There are some common challenges that you can face while using DevOps.

  • Organizational and IT departmental changes, including new job roles as per skill demand,
  • Expensive tools and platforms, including support and training,
  • Scaling DevOps across multiple projects and teams,
  • Development and IT tool proliferation,
  • Regulatory compliance, especially when role separation is required,
  • Unnecessary, fragile, or unsafe automation,
  • Riskier deployment due to a fail-fast mentality and job generalization vs. specialization,
  • New bottlenecks.

Best Practices in DevOps 

Here’s the list of some standard practices that constitute DevOps:


Planning makes project management easy compared to the traditional approaches by converting into short iterations. This helps increase the number of releases and outline high-level objectives while planning.

It’s almost similar to scrum, but here you get the flexibility and pivots on an early product increment once the ideas are tested; this is also why DevOps project management is even better than Agile management.

Continuous Deployment

In this stage, the complete code is deployed on a public server to run in production and check for the desired output. It’s essential to make sure that you deploy the code without affecting the already functioning features.

Continuous Monitoring

This comes next to deployment in the DevOps lifecycle. As with any other deployment, the main aim of monitoring is to detect the particular areas in the process causing problems and bugs. It also includes improving the product’s functioning by analyzing the feedback from users to report existing inaccuracies or from the team.

Infrastructure as a Code

Infrastructure as a code (IaC) is hidden but among the most crucial practices for DevOps that make continuous delivery possible. An infrastructure management approach automatically uses scripts to set the deployment environment to the needed configuration.


To instantly deploy applications across various environments, we use Containers within DevOps. Containers don’t include whole operating systems but are lightweight and packaged with files, libraries, etc., as runtime components.


Keeping the whole system stable when the deployment rate is relatively high is essential. DevOps has Microservices that make the system stable and fix the problems in isolation.

DevOps Toolchain 

Throughout the system development life cycle, the delivery, development, and management of software applications should work seamlessly, and for this, you have to use the DevOps toolchain. It’s a set or combination of tools designed to help organizations that use DevOps practices.

In general, DevOps tools fit perfectly in one or more activities that support specific initiatives in DevOps like Plan, Create, Package, Verify, Release, Monitor, Configure, and Version Control.

A toolchain in software is a set of programming tools to create a software product or perform complex software development tasks. One of the best and most advanced toolchains supporting platforms for software is LambdaTest.

LambdaTest is the most advanced cloud-based automation testing framework with the latest toolchain and DevOps expert support. In simple terms, automation testing is like the backbone of DevOps, and it’s nearly impossible that you can implement DevOps culture without using Automation Testing.

Roles and Responsibilities In DevOps 

DevOps ask for various duties and responsibilities for a seamless flow. The primary responsibilities are over DevOps engineers supported by a DevOps team.

The fundamental and broadly approved obligations of a DevOps Engineer are:

  • Documenting specifications as well as filing records for the server-side elements
  • Constant deployment as well as continuous integration (a.k.a CI/CD) administration
  • Performance review as well as keeping track of Infrastructure administration
  • Cloud deployment as well as its supervision
  • Aid in development and operation environment adoption

Moreover, a DevOps engineer could be accountable for the IT infrastructure sustenance and its administration, including storage, hardware, software, virtual, network, remote possession, and custody of the cloud information storage.

This professional partakes in IT system construction, and with the help of computerization platforms, and associates with the engineers, operation executives, and system officials, stimulating methods they are accountable for.

Skills That a DevOps Engineer Must Have

Tech Background

A DevOps engineer must have a degree in computer science, engineering, or related areas. Their work experience must be greater than two years. They are system administrators working as a developer or DevOps-driven team members. This is an essential requirement.

Automation Tools Experience

The understanding of open source solutions for testing as well as deployment is essential for a DevOps professional. If you employ a cloud server, ensure that your nominee knows tools like GitHub, Chef, Puppet, Jenkins, Ansible, Nagios, and Docker. Furthermore, a nominee for this duty should possess knowledge of public clouds like Amazon AWS, Microsoft Azure, and Google Cloud.

Programming Skills

DevOps engineers not only have to learn all the additional tools as well, and they should have programming experience to enclose scripting as well as coding. Scripting abilities generally include the understanding of Bash or PowerShell scripts. In contrast, coding skills might encompass Java, C#, C++, Python, PHP, Ruby, and many others, or at least a few languages mentioned above.

Knowledge of Database Systems

A DevOps expert functions with information management at the deployment phase, which compels experience in both the SQL and NoSQL database prototypes.

Communication and Interpersonal Skills

Even though an excellent nominee should be well-equipped in tech facets, a DevOps engineer should also possess sharp communication skills. This is among those most crucial skills that a DevOps engineer can’t lack as it helps in communicating with different minds in the project team.

Future of DevOps

Since when Development and Operations came into the industry,  both have substantiated themselves to be most helpful in not only one way but several ways. It could help increase the speed of advancement procedures to reap additional value besides its top-notch products.

Engineers would have more assertion in their corporations’ technical path and data technique. Companies would seek to attain the platform-as-a-product prototype for inner platforms. However, adoption could be challenging for them.

Analytics methods will be acquired at each turn in the software development period to render accurate decisions throughout the process. DevOps committees would recognize the significance of threat designing via security associations. Developers would have more importance in this process.

This DevOps won’t go outdated anytime soon. It has received an astounding response in the industry; however, it hasn’t created its hold that strong yet. Following are three DevOps tendencies for the upcoming times.

Many companies have already moved their system to the cloud, and more companies have worked on it. So, Development and Operations will closely pertain to cloud-native protection carrying modifications in how software is created, deployed, and governed.

With SecDevOps, you can enable corporations to incorporate security right into the advancement and deployment workflows.

Few professionals have already indicated their views and anticipated the broader adoption of BizDevOps, a modern technique for software development that eradicates the barriers among the professionals, operations crew, and business faculty. Hence, firms could construct consumer-based commodities rapidly.

The development crew will further sit in the decision-making to direct the corporations on digital adoption’s proper and exact path.

Empower Your DevOps Team With LambdaTest

DevOps is the most crucial practice for quality assurance, merging development and operations for your software projects. With the growing business demand, it’s time to reap the DevOps! You need to choose the best platform with experienced DevOps experts like LambdaTest.

LambdaTest is a powerful cloud testing platform to help you in accelerating your go-to-market with a reliable, secure, and high-performance Test Execution Cloud built. It supports cross-browser testing on desktop and mobile browsers and uses integrated developer tools for debugging.

LambdaTest provides automated, manual, and live-interactive testing for over 3000+ Real Browsers and other testing features like Integrated Debugging, Seamless Collaboration, Locally Hosted Web Testing, and Geo-Location Testing. Also, you can work with popular Automated device testing tools like Selenium, Cypress, Appium, and HyperExecute. 

DevOps gets easy with LambdaTest, and trust me; you will love this journey.

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