If DevOps is a culture, it requires the right set of tools to be implemented successfully. Collaboration between software development and operations teams is at the heart of DevOps strategy and is probably the most surprising concept ever. Also, and perhaps most importantly, the DevOps approach focuses on automating software development processes such as build, test, incident detection and response, release, and others in order to achieve a faster time-to-market, higher-quality products, and fewer software/software feature failures and rollbacks.
In today's era, DevOps is much more than just a collaborative culture and software development automation. Artificial Intelligence (AI), Machine Learning (ML), Internet of Things (IoT), and cloud computing are all integrated into it. There are a lot more excellent DevOps tools built-in for the build, version control, configuration management, project management, event management, and more.
One of the best things going for the future is a healthy relationship between developers and the operations unit. In this context, DevOps is well-known for rapidly increasing project efficiency while adhering to project rules.
Consequently, thinking beyond technical delivery is a basic prerequisite for every business. Fast and high-quality application delivery methods have become the new standard! So, here's a rundown of some of the most crucial DevOps tools you'll need in 2022.
You Should Know about Top 10 DevOps Tools
1. Git
In a development era marked by mobility and collaboration, Git is undoubtedly the largest and most widely used version control tool. Version control gives developers a way to keep track of all changes and updates to their code so that if something goes wrong, they can easily revert and use previous versions of the code, and for a variety of reasons Git is the most, It's good.
The Git DevOps tool is easy to use as it works with a variety of protocols including HTTP, SSH, and FTP. It has the best advantage for non-linear shared-repository development projects, unlike most other centralized version control technologies. Because of this, it is an excellent price for mission-critical software.
Git includes three storage tools: the cloud-hosted code repository services GitHub and GitLab, as well as the source code hosting service BitBucket. GitLab and BitBucket are the only two developed specifically for enterprise-level version management.
2. Jenkins
Jenkins is a DevOps integration tool and it stands out for continuous integration (CI) since it is built for both internal and plugin expansions. Jenkins is a Java-based open-source continuous integration server that runs on Windows, macOS, and other Unix-like operating systems. Jenkins can be installed on a cloud-based platform as well.
Jenkins is an essential DevOps tool because it enables continuous integration and continuous delivery, two fundamental principles of the DevOps philosophy. Jenkins is compatible with the vast majority of CI/CD integration tools and services, thanks to over 1,500 plugins available to enable customized functionality during software development.
Jenkins is a useful automation CI tool that is quite easy to set up and configure. It is designed to facilitate distributed workflow across platforms for a faster and more transparent build, test, and deployment.
3. Configuration Management Tool
During the DevOps life cycle, configuration management (CM) refers to the maintenance and control of components of large complex systems in a known, consistent, and defined state. Servers, networks, storage, and applications are examples of IT system components.
As a result, configuration management is critical to any system because it includes the process of tracking, appropriately implementing, and controlling system changes. Furthermore, CM can be prone to time-consuming, resource-intensive, and costly errors if it is not automated. It uses configuration tools to automate operations such as version management, regulatory compliance, feature releases, and process automation, among other things.
● Puppet
Puppet is an open-source system configuration, deployment, and server management DevOps tool that employs declarative programming. It is broken down into reusable modules enabling quick creation of pre-configured servers and is cross-platform compatible. It leverages IAC, has a master-slave architecture, and an intuitive user interface for real-time reporting, node administration, and many other tasks, just like Chef.● Chef
Chef, an open-source framework, automates infrastructure configuration using a master-agent approach and infrastructure as code (IAC) features. Chef is one of the most popular DevOps tools after Puppet because of its multi-platform capabilities, including cloud platforms.
● Ansible
Ansible is an open-source DevOps solution developed by Red Hat for configuration management and deployment automation. It enables working with infrastructure as code (IaC), which is one of the year's top DevOps trends, and automates the configuration of CI/CD pipelines, saving time and effort. It's similar to Puppet and Chef, except it employs the Yet Another Markup Language (YAML) syntax to further simplify things.
4. Container Platform
Container systems are software development platforms that enable developers to build, test, and ship applications in a resource-independent environment. Each container contains the entire runtime environment, which includes the application, its libraries, source code, configuration, and all its dependencies. Platforms for containers provide orchestration, automation, security, governance, and other features.
Containerization and microservices are heavily used in DevOps for efficient application development and deployment, with Docker and Kubernetes being the most widely used container technologies.
● Kubernetes
Kubernetes is an automation orchestration platform that allows developers to run containerized applications in a Kubernetes cluster. To achieve speed and efficiency in production, developers use Kubernetes to automate tasks such as container configuration, scalability, networking, security, and more.
● Docker
Docker is a containerization tool that is rapidly gaining traction in the IT sector. Docker enables secure application packaging, deployment, and execution regardless of the operating system. The source code, supporting files, run time, system configuration files, and other files necessary for program execution are all contained in each application container. The Docker engine can be used to access containers, which can be used to run programs remotely. Thanks to the app, businesses are able to save money on infrastructure. According to research, two out of every three businesses that tried this software adopted it within the first 30 days.
5. JIRA
It helps developers plan, monitor, and deliver software by allowing them to create user stories, problems, and tasks, as well as use its reporting capabilities. It also includes Scrum and Kanban boards for developers to use directly (both are essential for agile development). By creating their own processes or using Jira's pre-built workflows, teams can plan sprints, prioritize issues, and manage projects.
ITSM solutions like Jira Service Management, ServiceNow, BMC Remedy, and Cherwell are widely used with Jira software. Other DevOps tools, such as Azure DevOps, and monitoring software, such as MicroFocus OpsBridge or Datadog, are often used in conjunction.
6. Selenium
Selenium is a tool for automating the testing of web applications in different browser contexts (ie Chrome, Mozilla Firefox, Internet Explorer). The tool supports parallel test execution, which allows multiple tests to be run against the application at the same time, saving time during the testing phase.
It is made up of three major components:
- Grid: It tests on different devices to enhance your testing efforts and help you handle different situations from a single place.
- IDE: It's a Firefox and Chrome add-on that facilitates the recording and replay of browser interactions.
- WebDriver: It allows you to build a one-of-a-kind, browser-based regression automation suite and evaluate, scale, and distribute scripts across multiple settings.
7. Azure
On the other hand, Microsoft Azure is a preferred solution for businesses, especially those relying on Microsoft products such as Office, Outlook, and Windows due to a smooth transition.
Azure DevOps is a service that comes with a set of tools for managing end-to-end software development projects. Both Azure DevOps Server and Azure DevOps Cloud Service are part of this service.
To ease on-premises deployment, the server provides a run-time environment with cloud-based tools. A cloud service, on the other hand, includes tools for software development, testing, and deployment in the cloud, such as Azure Board, Azure Pipelines, Azure Reports, Azure Test Plans, and Azure Artifacts.
8. Nagios
It acts as a monitoring mechanism for your infrastructure and the entire system. IT infrastructure monitoring teams use Nagios to troubleshoot infrastructure issues and take remedial action before team security is compromised. As a result, keeping track of database, network, logs, apps, and event logs is important.
9. Maven
Maven is an important DevOps tool for project development. Unlike the ANT build system, Apache Maven is more than just a build automation framework. It is also built to handle processes such as reporting, documentation, distribution, releases, and dependencies. Maven, which is developed in Java, can use Project Object Model (POM) plugins to build and manage projects written in Java, C#, Ruby, Scala, and other languages.
Maven provides many advantages to its users. It automates the manufacturing and monitoring process while maintaining a consistent manufacturing process for consistency and efficiency. The tool also provides complete project information through high-quality documentation, making it a useful resource for developing best practices, hence the name Maven, which means "accumulator of knowledge" in Yiddish. Finally, Maven has a feature migration method that is really simple.
10. Communication & Collaboration
Technologies for workplace communication and collaboration are as diverse as one can imagine. When it comes to determining which equipment is best suited for specific business needs, various variables are taken into account, including integration and automation capabilities, security, user experience, and developing, buying, or renting.
● Slack
Technically, Slack is not a DevOps tool; It is a popular platform for remote work, allowing teams to interact effectively without getting lost in long email threads. It’s a DevOps platform that allows teams to communicate in real-time and interact with many different DevOps tools, allowing them to rapidly move toward common goals.
In nutshell
Using the right tool for the job is also an important aspect of any DevOps approach. DevOps tools can be used at all stages of a DevOps workflow, and many of them have connectors with other tools to help with the handoff.
However, DevOps tools are not just useful; They also assist DevOps engineers and their teams in acquiring new competencies.
DevOps tools promote communication and information sharing between members of a distributed team. They improve team speed and scale of operations by automating mundane tasks and introducing new approaches to their workflow. Security, in particular, can be automated and implemented more effectively, which is an ongoing problem given the speed of the DevOps lifecycle. Ultimately, tools help developers maintain consistency by regularly checking for enforced coding standards before committing to new code.
