October 2, 2023
DevOps for your business

Enhanced communication, shared responsibility, and closer cooperation between software development team and IT operations department for the products they create and manage are all that DevOps is about. This tactic helps companies focus on their customers by guiding the use of their tools and processes. The primary goal of DevOps is to shorten the time needed for the system development life cycle while increasing the supply of high-quality software.

As a result of technical growth, many DevOps solutions have been enhanced to promote cooperation and development. To simplify the decision process and ensure a successful DevOps transformation, I have sampled my top 8 DevOps tools.

What is DEVOPS tools?

“DevOps tools” refers to all platforms, servers, tools, and other applications used in the “software development life cycle (SLDC)” paradigm. DevOps technologies can speed up SLDC, provide high-quality apps, and produce plenty of false prints. Collaboration, product management, and software development are heavily emphasized.

Employers can use DevOps technologies to help them address some of the initial problems that arise when putting DevOps techniques into reality. To support a DevOps implementation, numerous tasks must be done, but no one provider can do them all. Each specific DevOps criteria can be met by a variety of DevOps tools.


With the aid of this software configuration management and deployment tool, users may manage infrastructure as code. Using the Windows and Linux operating systems, it manages numerous application servers simultaneously. Puppet may also be used with IBM mainframes, Cisco switches, and MacOS servers on a variety of platforms.


  • Businesses can automate the management of contemporary infrastructure and make the switch to hybrid systems with the aid of puppet.
  • It oversees the database system and web servers.
  • It provides a wide range of properly written wiki articles with comprehensive documentation.


The provisioning of infrastructure can be automated with the help of the widely used configuration automation tool known as Chef. It also eliminates long, complex scripts of code that over time can substantially restrict productivity.


  • Users can easily manage and install software across all of the devices that your company uses.
  • FreeBSD, AIX, and RHEL/CentOS are among the operating systems that Chef supports.
  • Facebook users may manage thousands of servers using the progra m Chef.


The most widely utilized DevOps tool is Ansible, which is employed for IT-related operations like provisioning, configuration management, and intra service orchestration. With this user-friendly but effective solution, the difficult multi-tier IT infrastructure may be automated.


  • Playbooks in Ansible are formatted in YAML, which has a straightforward syntax (human-readable data serialization language).
  • No software or agents need to be installed on the client computer, making it completely agentless.
  • Shadow IT and accelerated deployment time frames.


Operating systems such as Windows, macOS, and Linux are supported by Jenkins, an open-source, Java-based CI/CD server. The Jenkins ecosystem grew dramatically as a result of the large number of plugins (1800 plugins) that were available. Since it included almost all DevOps tools, including Octopus Deploy, Puppet, Docker, and others, it is well-known.


  • For simple updates, Jenkins can have a variety of built-in interfaces, including GUI, API, and CLI.
  • It efficiently spreads work across a number of computers for tests, deployment, and quicker builds, and it is free to use.
  • It is simple to interface with a variety of cloud service providers, like Amazon EC2, Digital Ocean, Google Cloud , etc.


With the aid of the free and open-source Kubernetes technology, containerized application deployment may be managed, scaled, and automated. It distributes workloads among compute cluster nodes and actively monitors them to ensure that they are in a state that satisfies the user’s requirements.


  • Automated rollout, scaling, and rollbacks.
  • service discovery and balanced load.
  • Arrangement of storage.
  • Use Helm charts to deploy many projects that share the same customized applications.
  • In terms of container orchestration tools, the largest community.


A distributed version control system called Git is open-source, cost-free, and made to manage projects of all sizes fast and effectively, from the smallest to the largest.


  • By giving them a variety of options, you can assist your team members in managing their code repositories, codebases, and branches.

Eclipse, Visual Studio Code, and IntelliJ are IDEs that are easily integrated.