DevOps is an innovative and unique method for developing and delivering high-quality software.

DevOps is the combination of cultural philosophies, practices, and tools that helps an organization deliver applications and services faster. DevOps is a combination of Development, Operations and Quality Assurance systems.

DevOps automates the cycles between programming progress and IT groups. It emphasizes aspects like team engagement, cross-team communication, collaboration, technology automation, programmable infrastructure deployment and maintenance.

What DevOps does?

DevOps covers culture changes, such as;

  • Creating a sense of unity and trust between developers and system administrators.
  • Changes the software supply chain, products, roles, IT tools and methods.
  • Enhances workflows, including stage gates and releases in Project Management.

DevOps is an endless strategy for upgrading a company’s innovative framework.


How does DevOps work?

DevOps is a technique of enhancing the software development processes within a lifecycle. A DevOps lifecycle focuses on an infinite loop where we plan, code, build, test, release, deploy, configure, track, review, and improve the whole process.

DevOps means that a software development team builds software that completely fulfils user demands, installs, and performs tasks on the first attempt. Companies accomplish this goal by combining both technology and culture.

DevOps environments generally apply:

  • Continuous integrations and continuous delivery(CI/CD) for task automation.
  • Configuration management for managing/configuring the Server.
  • Real-time Monitoring to present analytics in visual reports.
  • Containerization to build, configure and manage software products.

DevOps provides a significant competitive edge with automated code functions that operate throughout the software development lifecycle (SDLC). The main objective to apply DevOps is to ease the developing pipeline and processes.

DevOps based delivery pipeline initiates developers and operations to:

  • Work together better.
  • Share responsibilities.
  • Practice alike thoughts and actions.
  • Remove obstacles and siloed structure.
  • Adopt Version control.

Benefits of DevOps

1. Ensures faster deployment.
Organisations practising DevOps can range code 30x quicker and have 50% reduced failures when compared to organisations that don’t.

2. Faster time-to-market.
DevOps enables you to go from an idea to a working software within a short time, and in turn, helps you gain a competitive advantage in the market.

3. Continuous software delivery.
DevOps enhances the process of continuous upgrade to give a greater degree of flexibility to practice new features.

4. Cost-effective services.
DevOps reduces costs at the least, as lesser time is spent on fixing errors and siloed structures.

5. Automation and Innovation.
DevOps guarantees the greatest advantages when differentiated from the standard model as it helps in identifying and rectifying issues rapidly and productively.

6. Security.
DevOps gives automated stability strategy, fine-grained controls, and configuration management techniques that define and track security at scale.

DevOps Skills and Tools.

DevOps is an idea or cooperative IT culture rather than a particular job role or range of abilities. DevOps professions are better suited to IT generalists than specialists since the area is so broad.

A DevOps engineer’s job description is not limited to a single professional path. The position is available to professionals from a variety of backgrounds.

A software developer, for example, can become a DevOps engineer by learning operations skills such as hosting infrastructure configuration. A systems manager who knows how to code, compose, and test may also become a DevOps engineer.

Cloud computing and CI/CD skills, as well as soft skills, are essential in many DevOps job positions. To reach business goals, a DevOps engineer may also need to improve workflows and tackle organizational issues.

A degree in computer science or a relevant degree that includes coding, QA testing, and IT infrastructure components is essential for most entry-level DevOps roles. Similarly, advanced degrees in software design and system configuration may be vital for higher job roles.


Some DevOps tools include:

  • Version Control Tool: Git 
  • Continuous Integration Tool: Jenkins
  • Configuration Management Tool: Chef
  • Configuration Management Tool: Puppet
  • Configuration Management Tool: Ansible
  • Container Platforms: Kubernetes
  • Communication and Collaboration: Slack
  • AWS Cloud Computing and Storage in DevOps
  • Azure Cloud Computing and Storage in DevOps
  • Testing Tool: Gremlin, Selenium
  • Monitoring, Alerting, and Incident Feedback Tools: SignalFx

We operate on DevOps best practices & provide DevOps as a service ( as well, inquire here if your business needs DevOps expertise with your systems.

DevOps Trends in 2022 and Beyond

With the DevOps industry getting bigger and bigger, the number of professionals working in the industry is increasing. Keeping up with the trend and staying ahead of the curve is a challenge for many professionals. DevOps has come a long way since its inception in 2009. There have been many advancements and changes in the DevOps methodology over the past few years.

 In 2022, we can expect to see even more changes in the DevOps landscape. Here are some of the top DevOps trends to look out for in the coming years:

 1. The rise of augmented reality and artificial intelligence in DevOps

 In 2022, we can expect to see more use of augmented reality and artificial intelligence in the DevOps process. AI will be used to help speed up the process of identifying and resolving issues, while augmented reality will be used to improve collaboration between team members.

 2 . The rise of containerization

We may anticipate significantly more ubiquitous containerization in the DevOps process in 2022. Containerization will help to speed up the process of deploying applications and will make it easier to manage and monitor them.

 3. The rise of microservices

We can expect to see a continued rise in the use of microservices in the DevOps process. Microservices will help to speed up the development process and will make it easier to manage and monitor applications.

 4. The continued rise of DevOps automation

We can expect to see even more widespread use of DevOps automation tools and techniques. DevOps automation will help to speed up the process of deploying applications and will make it easier to manage and monitor them.

 5. The rise of the cloud

We can expect to see even more widespread use of the cloud in the DevOps process. The cloud will help to speed up the process of deploying applications and will make it easier to manage and monitor them.