5 Best DevOps Tools Every DevOps Engineer Should Know

Guest post

In recent years, DevOps has become one of the highly used approaches for software development. It is not just a group of practices, but a culture, a philosophy that has a sharp influence on project development and delivery. If you are a DevOps engineer and curious to know more about this culture and philosophy, and the best tools for it, then you are at the right place.

In this post, we will look at what DevOps is and the five best DevOps tools so that you can make an informed decision. Let's get started.

What Is DevOps?

DevOps is a software engineering culture and practice that strives to integrate software development (Dev) with software operations (Ops). The DevOps movements defining quality is its ardent support for automation and monitoring at all stages of software development, from integration, testing, and releasing through deployment and infrastructure management.

What Is a DevOps Tool?

A DevOps toolchain is a collection of devices and software platforms used in a DevOps environment for rapid deployment and mobilization. It is intended to make it easier for managers, operations engineers, testers, and developers to work together on code changes.

Jenkins

In the DevOps community, Jenkins is the most widely used CI tool. It can build great things on a large scale. Achieving visuals OPS with Jenkins is handy. To convert a CLI command to a GUI button, click and enclose the Jenkins, and its done.

Jenkins has a thriving and dynamic network widely used for continuous delivery by renowned firms. There are over 1,700 plugins available on the Jenkins platform, allowing Jenkins to be integrated with any software package.

Organizations can hasten the implementation of their software with Jenkins, a secure management platform. Build, document, test, package, stage, deployment, and many more software delivery activities are managed and controlled by Jenkins.

Jenkins can be used to automatically create software using Maven and Gradle while keeping track of any code modifications on GitLab, GitHub, or Bitbucket. Additionally, you may begin testing, do actions like rollbacks or forwards, and start experiments using contemporary container technology and tools like Docker, Kubernetes, and Terraform.

Ansible

Ansible is a free application for automating software deployment, system integration, and provisioning. Regarding DevOps and IT digitization, Ansible has become a household brand among developers.

Ansible automates complicated and labor-intensive processes like cloud service and web services administration, system integration, and application performance to save time and increase overall IT efficiency.

Ansible runs by connecting via SSH to your website and then sending little applications referred to as Ansible modules to it. YAML code can be used to organize nearly anything related to your technical objectives. This is one of the most powerful features of Ansible.

Ansible is easy to set up since it doesn't need agent software or, more importantly, any other special security architecture. It is easy to use because it uses understandable terms (YAML, in the form of Ansible Rule books) that anybody can employ to define autonomous tasks.

Kubernetes

A sophisticated open-source platform for orchestration called Kubernetes makes it easier to develop and maintain decentralized applications.

Kubernetes and cloud-native technologies are becoming interchangeable terms. Many software-based businesses are modernizing their network and architecture to fit the cloud computing era. The technology has shown significant growth among companies that support and implement practices.

Google first designed it and then transferred it to the Cloud Technology Foundation. It is currently the preferred method of delivering units in real-life scenarios. It lets companies quickly increase hardware bandwidth utilization, increase production uptime with deadlock features, and implement a rigorous DevOps strategy that includes shipping and microservices.

The reasons developers like this technology are that it advances containerization and makes managing and deploying containers for developers who are part of DevOps teams much easier.

Docker

Docker and containers are a blessing to the DevOps community, a new approach to application manufacturing and operating that has changed todays software development and delivery processes.

Docker makes it easy for teams to cooperate and lets development teams create, package, maintain, and secure apps from anywhere. This makes it simple to publish and release software. Having consistent conditions across the delivery pipeline is one of Dockers most notable benefits.

Applications developed using Docker are lighter, more portable, more dependable, and operate within separate instances called containers that promote a more agile approach to software development and installation.

A more feasible option for developers across teams and a supporter of microservices architecture, Docker makes it simple and practical to create, preserve, and share server environments employing containers. Running the docker pull or run commands may be used to deploy any big stack or software.

Azure DevOps    

DevOps has gained so much attention amongst the Technology community. DevOps is a fusion of development and operations .Azure Devops is one of the mostly used Tools by DevOps engineers and everyone should know how to use it effectively

Azure DevOps is most known for Handling Cloud computing and it is very self effective in their own way. Azure works very smoothly along with Kubernetes and Azure functions quick development azure web apps. It provides an all in one option for .NET developers who are working on CI/CD pipelines .

Azure DevOps helps provide developers with one free CI/CD using a GitHub Repo and it all depends on how many pipelines developers need . Companies can hire .net programmers with years of expertise and the necessary skill set to deliver noticeable results. If you are a Developer and you are doing CI/CD in .NET cloud  hosted world Azure DevOps is amazing and guides you the entire way .

Conclusion

Nowadays, the life of DevOps enthusiasts depends on the above-mentioned technology. You can easily land a DevOps profession by completely understanding even one of these tools. However, organizations usually operate with a plethora of software systems, and if they are not connected to one another this often leads to challenges. The fundamental aspect of DevOps is that it reduces the distance between the operations and development teams. To do that though the tools used need to be connected.

By integrating your DevOps tools, businesses can eliminate manual transfer of data and avoid mistakes, unnecessary delays and misunderstandings between teams.

In addition, DevOps aids businesses with longer production times, safe deployments, higher code quality, quicker time to market, improved communication, lower costs, optimum resource usage, etc.

Businesses use the technologies listed above, among others, and integrate them with each other to lessen the segregation of work teams and increase overall software production productivity.

With the ZigiOps integration platform you can connect your DevOps tools within minutes and start reaping the benefits. Book a free demo today.

Author Name: Harikrishna Kundariya

Bio: Harikrishna Kundariya, a marketer, developer, IoT, ChatBot & Blockchain savvy, designer, co-founder, Director of eSparkBiz Technologies, A Software Development Company. His 10+ experience enables him to provide digital solutions to new start-ups based on IoT and ChatBot.