38 Best CI/CD Tools You Should Not Miss In 2023
In recent years, CI/CD tools have been widely adopted to streamline software development and testing processes. According to a survey in 2022, 47% of DevOps teams reported that they had fully automated their testing journey, demonstrating the importance of automation for optimizing resource usage. This trend has enabled 35% of developers to release codes twice as fast, resulting in higher revenues and more efficient use of resources.
Table Of Contents
- 1 What is CI/CD?
- 2 Why CI CD is Important?
- 3 Benefits of using CI CD tools
- 4 How to Choose the Right CI/CD Tools?
- 5 38 Best CI/CD Tools for 2023
- 5.1 Jenkins
- 5.2 CircleCI
- 5.3 Testsigma
- 5.4 Spinnaker
- 5.5 Travis CI
- 5.6 GitLab CI
- 5.7 Buddy
- 5.8 CodeShip
- 5.9 Azure DevOps
- 5.10 Gradle
- 5.11 Drone CI
- 5.12 Google Cloud CI
- 5.13 GitHub Actions
- 5.14 Codefresh
- 5.15 Semaphore
- 5.16 TeamCity
- 5.17 Integrity
- 5.18 Bitbucket CI
- 5.19 Terraform
- 5.20 Openshift Pipeline
- 5.21 Wercker
- 5.22 Argo
- 5.23 Bitrise
- 5.24 AutoRABIT
- 5.25 Buildbot
- 5.26 Strider
- 5.27 WebApp.io
- 5.28 Shippable
- 5.29 Jenkins X
- 5.30 Buildkite
- 5.31 CruiseControl
- 5.32 UrbanCode
- 5.33 Tekton
- 5.34 GoCD
- 5.35 Codemagic
- 5.36 FinalBuilder
- 5.37 AppVeyor
- 5.38 Concourse CI
- 6 Conclusion
- 7 Frequently Asked Questions
What is CI/CD?
Automating the development process via the CI/CD methodology reduces iteration times. Continuous integration (CI) routinely incorporates new and updated code into a central repository. Continuous delivery (CD) automates the distribution of applications across a set of predetermined settings.
Why CI CD is Important?
- Quick, reliable releases: CI/CD pipeline speeds up the transition of applications from development to deployment, meeting the demands of businesses at any scale.
- Boost productivity: Implementing automation allows the DevOps team to spend less time on manual tasks like code merge, testing, etc. Instead, they leverage their efforts on code quality and deployment.
- Faster incorporation of user feedback: CI/CD accelerates the rollout of new features in response to user input by removing the conventional barriers between the development and operations teams and minimizing delivery risks with every release.
- Regularizing activities: Automation ensures that the merge, test, delivery, and deployment phases always take the same form.
Benefits of using CI CD tools
CI/CD tools make it easier for organizations to quickly and efficiently create, test, and deploy software. This means you can get your software out faster and with higher quality than ever. Some advantages of using these tools include reducing time spent on manual tasks, faster feedback loops for developers, increased visibility into the development process, and more reliable releases.
- Faster software delivery: CI/CD solutions simplify the process of developing, testing, and deploying software, resulting in faster delivery of new features and fixes to clients.
- Increased software quality: CI/CD tools allow enterprises to detect and correct mistakes early in development, resulting in higher-quality software.
- Increased collaboration: CI/CD systems allow developers to interact and work on code in real time, resulting in faster development and fewer errors.
- Cost savings: CI/CD systems automate repetitive operations, reducing the requirement for manual labor and resulting in cost savings.
- Better scalability: CI/CD systems assist enterprises in meeting rising software demand, resulting in improved scalability and an enhanced capacity to accommodate more users.
How to Choose the Right CI/CD Tools?
If understanding the need for the CI-CD tool is the key, then finding the right door to open using the key is crucial. Choosing the right CI CD tool can be a cunning task as it involves evaluating several factors, such as cost, scalability, flexibility, and ease of use. It is essential to consider your organization’s specific needs when selecting a CI CD tool.Additionally, it is vital to consider the types of projects that will be using the tool and how well the tool can integrate with existing development processes. It is also essential to look at automation capabilities, reporting, and analytics capabilities, security features, and support for multiple languages. Ultimately, the best CI CD tools should provide all these features to meet your organization’s needs.Here are the critical factors that you should consider while choosing the right CI CD tool:
- Scalability & Functionality
- Cost & Ease of use
- Customizability & Collaboration
- Reporting and monitoring
- Language and Platforms Support and resources
- Cloud or Self-hosted
38 Best CI/CD Tools for 2023
DevOps teams use software solutions for continuous integration and delivery (CI/CD) to automate the software creation and testing processes. The CI/CD technique facilitates rapid responses to market and customer needs in the dynamic software industry. Developers use CI/CD tools to adjust, set, and mask variables like passwords and account keys during delivery. These tools help store the unique parameters for each delivery environment. In addition, these tools offer a reporting and dashboard interface.
Jenkins is an open-source, cross-platform CI/CD tool written in Java and uses Domain-Specific Language (DSL). To set up Jenkins, download the war file and run the application in the terminal.
- The universal Jenkins download will work on Windows, Linux, and macOS.
- New and established businesses prefer it since it is highly scalable and open-source.
- Run by a high-paced community, Jenkins has built an active ecosystem of 1500+ plugins.
- It supports well-known cloud services, including Amazon Web Services, Google Cloud, Microsoft Azure, and Digital Ocean.
- The war installer is a self-contained Java application that can be run immediately after downloading, thereby avoiding all hassles.
CircleCI is a leading CI/CD tool for achieving continuous integration and delivery in enterprise and open-source projects. It works by compiling languages on several operating systems. To create its pipelines, it employs a custom YAML syntax that is simple to implement. CircleCI offers two products, CircleCI Cloud for the cloud and CircleCI Server for on-premises.
- CircleCI is quick to deploy and is compatible with GitHub, Bitbucket, and other renowned VCSes.
- It provides a “Workflow” for CI/CD.
- The tool is compatible with multiple language environments.
- CircleCI can be distributed evenly among several containers to speed up construction.
- Its parallel testing functionality allows tests to be performed concurrently on several executors.
- Timing data allows for the separation of tests, further cutting down on test execution time.
- CircleCI Server is compatible with several popular cloud services.
- CircleCI orbs are reusable code snippets that facilitate routine tasks’ automation and third-party solutions’ speedy integration.
Testsigma is a tool that facilitates maintaining CI/CD pipelines by QA teams. Furthermore, it connects with widespread continuous integration and delivery solutions like Jenkins, CircleCI, Azure, and AWS, providing the quickest cloud+local-based CI/CD configuration.
NLP or Natural Language Processing aids in test case generation, allowing any interested party to contribute to a product’s library of tests. Since the source code is not required to begin creating the test cases, the NLP support also encourages shift-left testing.
An AI engine at the heart of Testsigma keeps test cases updated with little effort. Managing CI/CD pipelines are made more accessible and more cost-effective with its scalable test environment in the cloud that supports execution across different browsers and devices.
- Testsigma automates all possible test cases.
- The tool makes it possible to run all test cases in the cloud on different platforms.
- It facilitates scriptless test automation supported by AI and supports code reusability.
- Testsigma’s “Add After” and “Add Before” features allow devs to efficiently add tests anywhere in the pipeline.
- Testsigma works with the vast majority of CI tools and provides a concise report for immediate response.
Spinnaker is an open-source, multi-cloud continuous delivery platform for deploying software updates at scale and with reliability. It connects popular cloud services like Google Compute Engine, Google App Engine, Amazon Elastic Compute Cloud, Kubernetes, the Google Kubernetes Engine, and others with a flexible and powerful pipeline management system.
- It builds deployment pipelines to manage the beginning and end of server clusters, running integration and system tests, and monitoring updates.
- It enables the construction and release of immutable images to hasten deployments, ease rollbacks, and do away with troublesome configuration drift issues.
- Spinnaker links releases and employs canary analysis with the help of the metrics given by monitoring services like Datadog, Prometheus, Stackdriver, or SignalFx.
- Spinnaker’s command line interface (CLI) administration tool, Halyard, is what you’ll use to set up and modify your instances.
Among the first to grab the market with CI/CD pipeline solutions, Travis CI is in good company with Jenkins. It is one of the best continuous integration and delivery systems for open-source or enterprise-level projects hosted on GitHub or Bitbucket since it was developed in Ruby. Like CircleCI, Travis CI caters to open-source developers and businesses who want to utilize the service on their private cloud (or self-hosted platform).
- Travis CI supports thirty programming languages, including Java, C#, Julia, and Python.
- Travis CI Enterprise is a self-hosted platform that interacts flawlessly with GitHub and Bitbucket, making it an attractive option for businesses that value privacy and security.
- Pipelines for continuous integration and delivery (CI/CD) are written in a custom YAML syntax and are fully integrated with the GitHub Enterprise suite of tools.
- The Cloud (or SaaS) version of Travis CI is ideal for small teams and open-source endeavors.
- It includes support for standard operating systems, including Linux, macOS, and Windows, as well as their respective runtime environments.
- Travis CI’s build matrix functionality enables concurrent builds across several permutations of operating systems, programming languages, and runtimes.
- Integrating with significant cloud services is easy with Travis CI, facilitated by its compatibility with AWS, Google Cloud, Kubernetes, Azure, and more.
Instead of being a separate tool, GitLab CI is integrated into GitLab. As a result, it consolidates useful functions like code reviews, continuous integration/delivery, and continuous deployment into a single interface, making it a top contender among CI/CD systems. GitLab CI/CD requires a Git repository for the codebase and a YAML file name.gitlab-ci.yml in the root directory to define the build, test, and deployment processes.
- GitLab CI provides APIs for developers, allowing for more extensive product integration.
- Windows, Linux, and macOS are only a few of the supported systems.
- It is easy to start with GitLab CI, owing to the web app’s intuitive design.
- To speed up the building process, GitLab CI may issue parallel builds by dividing a single build across many computers.
- GitLab CI jobs can execute in parallel or sequentially. Additionally, it allows for the specification of a user-defined pipeline.
- Moving from another CI tool to GitLab CI, such as Jenkins or CircleCI, is straightforward.
- Builds can be triggered quickly and easily with GitLab CI thanks to the integrated shell executor (similar to any terminal-based program).
- GitLab CI/CD with Selenium Grid makes setting up an automated testing pipeline easy.
Buddy uses pipelines for software development, testing, and release. Project managers have access to more than a hundred pre-built activities they may organize in any manner to construct these pipelines. Consequently, deployments have increased in frequency, and post-deployment failure rates have dropped dramatically.
DevOps might be intimidating, but with the help of Buddy, an intelligent CI tool, developers can quickly get started. It works with Amazon Web Services, Microsoft Azure, DigitalOcean, Google Cloud, and more. It supports the most common programming languages, frameworks, and project management tools.
- Buddy’s average deployment time is 12 seconds, and its setup process only takes 15 minutes, owing to its straightforward and friendly user interface.
- The tool includes many functions (similar to CircleCI orbs) that enable developers to set up integration and automation triggers and actions.
- Buddy offers build actions for .NET, Angular, Python, Ruby, and Cypress; Kubernetes, Android; actions for alerts like Slack and Email; steps for cloud providers like AWS, Digital Ocean, and Google Cloud. As a bonus, Buddy’s activities speed up the development cycle, from coding to testing to releasing a product.
- Using Buddy’s graphical user interface (GUI), setting up a pipeline is made simpler. Moreover, it immediately facilitates exporting the pipeline’s settings to a YAML file (for using the pipeline as code).
- Due to the caching of dependencies and Docker layers in separate containers, it provides excellent speed.
- Pipelines can be easily created and managed by non-technical people because of the flexibility provided by the GUI and YAML files for configuration.
CodeShip allows access to a hosted version of a continuous integration environment and GitHub for version control. CodeShip also facilitates testing, building, and deployment from inside GitHub projects.
- When using CodeShip, programmers have a complete say over how their CI/CD infrastructure is set up. They may alter the setting and the process to fit their needs.
- It is compatible with various integration choices, including security scanners, local source code management systems, deployment platforms, and alerting systems.
- Through its user-friendly online interface, establishing CI/CD may be done in minutes.
- CodeShip is offered in two flavors: the freeware Basic version and the paid professional Pro version.
- Codeship.yml is where the magic occurs for supporting parallel test processes.
- It facilitates groups (or team members) and gives them specific privileges.
- Using Secure Shell, issues may be fixed directly in the CI environment.
- Caching may be declared per service to eliminate the need to rebuild the Docker image every time, speeding up the continuous integration and delivery process.
- It is easy to create builder processes with multi-stage builds. It also helps make the final Docker image smaller.
Microsoft DevOps service provides a straightforward method of setting up a CI/CD pipeline on Azure. In addition, it has refined, cutting-edge features that speed up the software development cycle. Azure Pipelines, Visual Studio Team Services (VSTS), Software Delivery Services, and more are all of Azure’s DevOps offerings. Azure DevOps pipeline can also execute Selenium tests.
- Azure DevOps supports VCSes, managed code repositories, automated builds, and Visual Studio Team Services integration.
- It can also work with the source code of several languages and applications.
- Application deployment options include VMs and containers.
Developers can integrate build management and automation activities using Gradle, an open-source CI/CD platform. Its corporate edition is a subscription service with additional features for larger organizations and extensive training opportunities. Instead of writing XML codes for specifying project setup, Gradle uses a Groovy-based Domain Specific Language (DSL) to combine the best aspects of popular tools like Ant and Maven.
- Gradle allows for incremental builds, build caching, and parallel execution.
- It works on many systems and programming languages, including Java, Scala, Android, and C/C++.
- Gradle can be used with other IDEs like Eclipse, IntelliJ, and Jenkins. Top brands like Google, Netflix, and LinkedIn utilize Gradle because of its adaptable features and capabilities.
- It is compatible with Maven and Ivy repositories for retrieving dependencies to facilitate the reusing of build system artifacts.
Drone CI is a cloud-native, scalable CI/CD tool. It separates each pipeline step into its own Docker container downloaded at runtime. Standard operating systems, including Windows, Linux, and macOS, are compatible with it. Furthermore, Drone CI is compatible with ARM architecture (predominantly used in mobile phones).
- Drone Enterprise and its free cloud (or open-source) counterpart are available on several cloud computing environments, including Google Cloud, Open Stack, Amazon EC2, and others.
- Buildings cannot interfere with one another since pipelines run in their own separate Docker containers.
- Combining Drone CI (both Cloud and Enterprise) with many source code management systems is possible.
- Using Drone CI, any language, database, or service may be executed within a Docker container.
- It allows for simultaneous coding and testing and integrates with LambdaTest to facilitate testing on several browsers.
- When used for an open-source project, Drone Cloud is entirely free.
- Plugins for cloud integration, reporting, testing, alerts, and more can be discovered in Drone CI’s (Cloud and Enterprise) expanding plugin ecosystem.
Google Cloud CI
Google offers a suite of products known collectively as “Google Cloud,” which includes the Google Cloud Platform, the Google App Engine, and the Google Compute Engine. The new cloud service is one of its most potent offerings since it facilitates initiating a build whenever code is pushed to the repository. It enables the development of scalable and reliable applications using IaaS, PaaS, and SaaS.
As a fully-managed CI/CD service, Google Cloud automatically builds and tests code with every commit. As a result, it allows quicker iterations and earlier bug discovery and correction. In addition, the service is compatible with the current development workflow and cloud service, facilitating the usage of previously employed resources.
- For open-source projects, Google Cloud CI is free. A basic plan lets users integrate across languages and run tests directly from repositories like GitHub, Bitbucket, and GitLab.
- In addition, users may build as many pipelines, hooks, stages, and triggers as they need for their continuous integration workflow.
With its recent introduction, GitHub Actions has quickly become a valuable resource for open-source and business software. It is ideal for beginners and offers a free tier that allows integration with Git concepts with CI automation tools. GitHub Actions facilitate the creation of intricate processes, while GitHub runners create complete, declarative, parallel workflows for various purposes.
- Software development processes may be made, shared, reused, and even forked using GitHub Actions.
- Due to its tight integration with GitHub, all administration can be handled in one central location.
- By using Docker, running tests across several containers become smooth.
- The tool offers multiple CI templates and customization options.
Codefresh is a Kubernetes-based CI/CD system. It was developed to provide top-notch performance and high scalability. It also has full integration with GitOps. Codefresh’s Kubernetes Dashboard makes it simple to keep tabs on clusters as they deploy, run, and engage in other activities. A release dashboard with 1-click rollbacks, and an integrated chart repository, are just a few of the tools that help make managing Helm releases easier.
- In Codefresh, each step functions as a box. As a result, the same action may be rescued in many pipelines without requiring you to juggle any dependencies.
- The ability to add or delete services based on demand is made simple by the inclusion of pre-built step libraries.
- Codefresh can communicate with Terraform, Pulumi, Puppet, and many more, in addition to the usual suspects like GitHub, Bitbucket, GitLab, and Slack.
Semaphore is unique because it is the only CI/CD tool that offers robust out-of-the-box support for monorepo projects. In addition, it works well with GitHub, Travis CI, and Circle CI.
Faster testing and deployment of iOS applications are now possible with the help of Semaphore’s CI/CD pipelines. Like the most effective continuous integration/delivery systems, Semaphore has configurable channels for sequential and parallel builds.
- Semaphore is capable of automating build, test, and deployment processes on several systems like Linux, Android, and macOS.
- Deployment to Kubernetes in the cloud quickly with Semaphore’s support for CI/CD in any Docker image.
- It is compatible with languages like C#, Python, Java, PHP, Ruby, Rust, and mobile platforms like iOS and Android.
- Popular source control management platforms like GitHub and Bitbucket are fully supported.
- Semaphore’s command line interface (CLI) for examining logs allows instantaneous failure debugging. In addition to transferring files, SSH may be used to monitor processes.
- The test reports section provides an in-depth analysis of the team’s testing efforts. By doing tests in parallel, they will have access to all the data they need.
- Agents may be self-hosted, allowing for more control over the environment in which tasks are executed. With self-hosted agents, it is possible to customize every aspect of the pipelines, including the hardware, OS, and software.
TeamCity is a comprehensive CI/CD platform that can be customized to suit a wide range of development processes. Without having to write any code, setting up a pipeline in TeamCity is a breeze. TeamCity can help to find the specific changes causing failures in pipelines by integrating with build and test tools, keeping a history of tests, flagging unstable ones, and more.
- Extensibility and customization are the USPs of TeamCity.
- It provides better code quality for any project.
- TeamCity maintains the CI server’s health and stability even when no builds are running.
- It configures builds in DSL.
- It provides project-level cloud profiles.
- TeamCity supports comprehensive VCS integration.
- It offers on-the-fly build progress reporting.
- TeamCity also offers remote run and pre-tested commits.
Integrity is a Ruby-based continuous integration server. The only platform that is compatible is GitHub. Integrity allows users to utilize SCM tools (not only GitHub) by mirroring their repositories (i.e., GitHub mirrors the other SCM).
- While it integrates well with Git, Integrity takes work to function with other source control management systems.
- Once the code is committed, Integrity builds and executes it.
- It prompts the user with reports and alerts.
- Being a command-line installation makes it simple to set up.
To avoid merge conflicts, failed tests, and unintentional deletions of code, Bitbucket is a top CI/CD tool. Each push and pull request triggers an automatic build run by the CI service, making issues visible before they become critical.
- Bitbucket CI offers the flexibility to design pipelines innovatively, built-in support for several languages, and universal triggering rules and triggers.
- A continuous integration solution for Git repositories is available on Bitbucket Cloud. It allows developers to create, test, and deploy apps with every push or change.
- Thanks to Bitbucket CI, teams can easily keep tabs on the development of their codebase, reducing the likelihood that someone will accidentally damage the build.
- Ample room for personalization in construction (configure the build commands in a YAML file).
HashiCorp’s Terraform helps to manage changes to cloud resources from one central location, regardless of the provider. In addition, as cloud infrastructure is treated as code in Terraform, thousands of cloud resources may be managed with the same consistency and repeatability as any other software project.
- Terraform defines infrastructure as the code used to generate, control, and dispose of resources.
- It maintains an application’s framework with code.
- It establishes and controls cloud-based infrastructure.
- Terraform offers add-ons that can be plugged in.
OpenShift Pipeline enhances the platform with its foundation in Tekton; OpenShift Pipelines provides a Kubernetes-native CI/CD solution. It integrates seamlessly with Red Hat’s development tools to deliver a comprehensive continuous integration/delivery environment.
- Using containers at each stage of the pipeline facilitates the scalability and parallelization of the creation.
- It is possible to reap the Kubernetes architecture in the CI/CD process with the help of OpenShift Pipelines.
- OpenShift Operator is used for application administration.
Oracle’s Wercker is a continuous delivery platform based on Docker that speeds up the development, testing, and release of applications and microservices. Wercker’s command line interface (CLI) may be used to Build and Deploy pipelines. At the point when new code is committed, Wercker initiates the pipeline.
- Wercker can connect with several well-known CI/CD tools (e.g., Slack and HipChat).
- It is compatible with a wide variety of source control management tools.
- The web-based dashboard’s UI is straightforward and user-friendly.
- Wercker provides a command line interface (CLI) for managing its SaaS product locally.
Continuous delivery for Kubernetes with an emphasis on declarative and version-controlled application settings is the specialty of Argo CD, a GitOps tool. The four main products that make up Argo’s offerings are Argo Workflows, Argo CD, Argo Rollouts, and Argo Events. Argo CD is the heart of the CI/CD pipeline. Once automatic deployments are organized, Argo Rollouts is a valuable feature to add to Argo CD.
- Argo is open-source.
- The portability and flexibility of this tool are excellent.
Bitrise is a leading CI/CD solution because of its mobile-first capabilities for rapidly developing, testing, and releasing mobile applications. In addition, it’s a cloud-based CI/CD solution, so there is no need to buy any special equipment. It is also open-source and free for usage.
- Bitrise is compatible with various Git services, whether public, private, or Adhoc.
- Using the Bitrise CLI, launching workflows directly on the computer without connecting to the cloud is possible. The whole local development process may be automated with a single terminal command.
- Bitrise provides a private cloud solution called Bitrise Enterprise Build Platform (Bitrise EBP) to businesses that want more from their CI CD platforms regarding security, scalability, and availability.
To hasten the creation procedure, AutoRABIT provides a complete continuous delivery suite. This is among the finest of its kind in streamlining the release process. AutoRABIT was explicitly developed for Salesforce.
- AutoRABIT’s single-click deployments are 30x quicker compared to manual snapshot deployments.
- With AutoRABIT, there is no need for developers to install any Salesforce-specific tools on their computers to implement continuous integration and delivery.
- With its friendly user interface, Salesforce DX is improved.
- Intuitive version control systems may be used with AutoRABIT. It syncs releases across geographically dispersed sandboxes by retrieving updates from the version control system.
Continuous integration testing was never easier than using Buildbot, a Python-based platform. It behaves like a task scheduling system, which queues jobs, executes them (when the requisite resources are available), and then creates the reports.
It is compatible with many operating and revision control systems, and its use is not limited to a specific platform. And jobs may be run in parallel across all of the supported forums.
- Buildbot automates complicated build processes, application deployment, and software release management and offers continuous integration testing.
- Buildbot’s installation and configuration could not be more straightforward.
- A Docker image may be used with Buildbot.
- Easy management of Buildbot master and Buildbot worker is possible, thanks to command-line tools like buildbot and buildbot-worker.
- Numerous platforms can be used for testing; if a platform’s code is modified, it will not affect the other platforms’ tests.
- Buildbot’s capacity for simultaneous and dispersed task execution allows it to speed up the whole building and testing procedure.
- Buildbot’s flexibility in allowing for user-defined settings makes it ideal for experts to realize unique construction applications.
Add-ons for Strider come from npm packages that include extra information in a file called strider.json. The Strider Extension Loader is used to install Strider add-ons. Popular technologies like GitHub, GitLab, GitHub Enterprise, Heroku, Bitbucket, and many more may be connected with Strider. It also allows users to link their GitHub and Bitbucket accounts for testing hosted repositories.
- Popular programming languages like Node.js, Python, and Ruby all work with Strider’s deployment system.
- Using plugins, Strider’s core features may be expanded and adapted to meet specific needs.
- Compatibility with version control systems is supported (e.g., GitHub, GitHub Enterprise, Bitbucket).
- It is simple to interface with Heroku, allowing for swift deployment of the tested code to the cloud platform. As a bonus, Slack can be used to get alerts sent to it.
One of the newest continuous integration and delivery platforms on the list is Webapp.io, formerly known as LayerCI; it was found to test the whole software development stack. It has a distinctive look because of the innovative usage of memory snapshotting methods during testing.
- It initiates the whole stack in seconds.
- A variety of automatic demo environments are supported.
Jfrog’s Shippable is a top-tier CI/CD tool. Through its utilization, the DevOps team can ensure that new versions of the software they develop are consistently delivered on schedule and are free of bugs. Also, it facilitates this goal by integrating the many DevOps tools and processes into an event-driven and state-based workflow.
It is compatible with a wide range of well-known programs, including for testing (e.g., Cucumber, JUnit, xUnit, Nose), version control (e.g., GitHub, GitHub Enterprise, Bitbucket), deploying (e.g., Docker, Amazon ECS, Google Container Engine, Kubernetes), sending alerts (e.g., Slack, HipChat), and more. Shippable Server is designed for use on a private cloud, while the SaaS version may be hosted on the public cloud (or self-hosted platform).
- It supports widely used operating systems, including Windows and Linux.
- A SaaS and an enterprise version of Shippable exist (the latter is more ideally suited to large organizations needing CI/CD pipeline capabilities on a self-hosted platform).
- It is compatible with a wide variety of DevOps environments and code repositories.
- Its automation platform makes it easy to set up, create, test, and deploy applications in any environment using Docker.
- Automating a wide range of processes—including continuous integration, continuous delivery, infrastructure, and more—Shippable—which JFrog offers as JFrog Pipelines—speeds up the release of features and products. Pipelines may be used with the Shippable SaaS and the Shippable Server versions of the platform.
By leveraging Git as the authoritative source, Jenkins X automates continuous delivery and generates previews on pull requests to speed up the delivery process. Jenkins X was developed using the basis for versatile, portable CI/CD systems found in the open-source Tekton project. The developer community is interested in it despite its young age compared to Jenkins. The DevOps’ loosely linked architectural concept served as inspiration for its design. Jenkins X was developed to facilitate the recurrent deployment of several distributed microservices across geographically dispersed teams.
Jenkins X adds support and a few extra features to the Tekton project, such as a clean interface and built-in features. However, increased popularity, especially among companies using a Git and Kubernetes stack, is because Jenkins is not required to operate Jenkins X.
- Jenkins X facilitates pipeline-based automation.
- The built-in GitOps framework handles environment administration. The Git repository stores the unique settings and programs for each domain. This allows for establishing of several virtual environments, which may be used for various purposes throughout development, staging, and production.
- Jenkins X generates ‘Preview Environments’ for each pull request. Since team members can see how their changes would affect the codebase before committing them, this facilitates improved cooperation and speeds up product delivery.
With Buildkite, developers can use on-premises infrastructure to run CI/CD pipelines that are quick, safe, and scalable. In addition, it costs nothing for educational institutions, universities, and open-source initiatives.
In addition, businesses can utilize open-source Buildkite agents on their network. Buildkite’s parallel processing capabilities allow for executing several agents and the corresponding build tasks simultaneously. It is compatible with Windows, Linux, macOS, and even Docker.
- Buildkite is available in a Docker image, Windows installer, and Linux distribution.
- There is an expanding community of add-on developers for it.
- Almost all modern programming languages make use of it.
- Similar testing is conceivable with a more significant number of Buildkite agents and a parallel task execution.
- Through its logging features, Buildkite Enterprise can also do thorough audits of the activities of its users.
- Improved engineering transparency and the ability to build custom internal tools with GraphQL API support are two benefits of Buildkite’s central system.
- Buildkite integrates with other chatting apps like Campfire, Slack, and HipChat.
- Buildkite Enterprise clients can access priority support and one-on-one consultations with guaranteed response times for urgent difficulties.
ThoughtWorks CruiseControl is a popular continuous integration server supported by an active user community. It became the market leader shortly after its introduction in 2010. It was initially only compatible with the Java programming language, but later support was added for multiple languages. Although CC is an older continuous integration tool, it was rather popular in its day.
- It comes with various plugins that can speed up the CI/CD cycle.
- CruiseControl allows for the concurrent development of many projects on a single host machine.
- Some of the compatible builders are Ant, Maven, NAnt, Phing, Rake, and Xcode.
- It is also compatible with version control systems (VCS) such as Git, SVN, ClearCase, Perforce, and many more.
IBM’s UrbanCode is a top choice among CI/CD technologies since it provides organizations with a wide selection of features for managing even the most intricate builds. In addition, the mix of on-premises, cloud, and mainframe apps in a more rigorous approach enable continuous delivery.
The continuous delivery solution- UrbanCode Deploy- automates deploying applications in the environment. In addition to automating the provisioning and de-provisioning of cloud environments, UrbanCode Deploy also improves insight into the deployment itself. As a result, it is a top-tier CI/CD technology that works well for corporations of all sizes.
- It is compatible with various cloud services, including Amazon Elastic Compute Cloud (EC2), Amazon Web Services (AWS), Microsoft Azure DevOps, and more.
- UrbanCode Deploy (i.e., CD tool) may be coupled with middleware, provisioning, and service virtualization.
- It delivers enterprise-level security and scalability.
- Project templates in UrbanCode’s repository simplify the administration of several settings.
To build CI/CD infrastructure on Kubernetes, the open-source Tekton framework is lucrative. Current Kubernetes clusters can be easily integrated with Tekton, and they can be deployed and configured declaratively.
Tekton, with Kubernetes’ declarative nature, makes it possible to standardize, cooperate, and share procedures with teams. Integrating Tekton is easy because it was made to function with other CI/CD platforms. Tekton enables development teams to use sophisticated deployment patterns like blue-green and canary, maintain version control of infrastructure, and facilitate rollbacks.
- Tekton performs on a hybrid or multi-cloud.
- Users benefit from its maximum adaptability.
Open source continuous integration server- GoCD is a product of Thoughtworks. Its primary selling point over other CI/CD DevOps products is its Value Stream Map (VSM) functionality. When mapped to the idea of a “Deployment Pipeline” or “Continuous Delivery Pipeline,” VSM provides a comprehensive, 360-degree picture of the whole pipeline. Additionally, dependencies between groups are diminished due to the option to link channels.
- GoCD makes it straightforward to set up dependencies.
- It is unique among CI/CD pipeline systems because it supports the YAML and JSON formats for specifying pipelines, facilitating the creation of “pipeline as code.”
- GoCD’s Visual State Machine (VSM) provides a comprehensive, real-time representation of the workflow’s total implemented state.
- Although not as robust as Jenkins’, GoCD’s plugin ecosystem is still growing and improving.
- Its compatible with Windows, macOS, Docker, and other platforms and ranks among the top CI/CD tools.
- GoCD’s dependencies are as simple as those in other CI/CD pipeline tools. DevOps testing requires parallel execution, which is supported.
Codemagic is a continuous integration and delivery solution for building mobile apps, and it works with frameworks like Flutter, React Native, Ionic, Cordova, and native Android and iOS. In addition, Codemagic CI/YAML CD’s pipeline allows configuring the build process for a project in the chosen framework.
Codemagic was the first, and so far only, top-tier CI/CD solution developed with Flutter testing in mind. Now, Codemagic.YAML is not only for Flutter applications but can also be used for any project. Furthermore, it allows the development, testing, and deployment of native Android and iOS applications, including Flutter modules.
- Codemagic is one of the most excellent CI/CD tools available, and it provides 500 minutes of free build time to try it out. If the 500 monthly build minutes are used up, the user cannot start a new one until the following month.
- It provides a helpful Slack support channel where questions may be asked and answered. If a build fails while using the accessible version of Codemagic, the developers can still be contacted with the concerns.
- Codemagic’s upgrade price is flexible, facilitating price customization. Codemagic also has a modernized technology stack to align with the latest demands.
Compared to other CI/CD DevOps tools, FinalBuilder stands out due to its classification as an automated build tool. It offers an interface for defining and debugging build scripts, allowing automation of the build process. In addition, unlike the other top CI/CD tools, this one does not need manually modified XML or YAML files.
A Windows scheduler or the top CI/CD tools like Jenkins or Continua CI (a CI tool by VSoft) may be combined with the scripts generated by the graphical user interface. FinalBuilder’s streamlined graphical interface makes it simple to automate the build process. In addition, this interface provides a clear visual representation of the construction procedure.
- The uncomplicated graphical user interface facilitates fast automation of the construction procedure.
- As with other CI/CD DevOps solutions, it is compatible with Jenkins and Continua CI, among others.
- Builds may be scheduled on an as-needed basis thanks to its seamless connection with the Windows Scheduling Service.
AppVeyor CI is a continuous integration service built to handle builds and tests in any language, on any platform, under all conditions. Additionally, AppVeyor supports both public and private GitHub repositories and also features artifact creation to distribute binaries to consumers and deploy programs to Windows Azure.
- Finding bugs is quick with AppVeyor.
- It connects with the source control provider (like GitHub or Bitbucket). Hence, it needs no local installation or setup.
- At no cost, one may host an infinite number of public repositories, three private repositories, and an unlimited number of builds within each repository.
Concourse CI is based on the concepts of tasks, jobs, and resources, and it manages each task (inside a job) in its container to prevent dependencies from causing conflicts. And it prevents builds from being interrupted. It has a browser-based user interface that helps to determine issues with the build execution.
- Using the set pipeline step in Concourse CI with Git, automated pipeline setting, updating, and archiving can be arranged.
- The Concourse pipeline creates a construction plan for each job that specifies the resources it will need to complete its tasks.
- The pipeline may be shown with a button, and more information about the failed task can be retrieved with the help of the online interface.
- Concourse CI’s fly intercept tool, which provides deep visibility into a build’s containers, makes debugging problematic builds a breeze.
- The resource (or single strong abstraction) implemented by resource types is central to Concourse CI’s minimalist plugin architecture.
Automated solutions like continuous integration, delivery, and deployment software are complicated and are meant to make operations reliable and repeatable. Choosing a tool that covers one’s unique requirements is the essential step. This list of 38 CI/CD tools is not exhaustive but should offer a deep insight into automating CI/CD. Happy Integration!
Frequently Asked Questions
What is a CI tool?
CI (Continuous Integration) tools are software applications that automate code updates’ building, testing, and deployment. They’re used to ensure that code modifications don’t produce new issues or disrupt current functionality. Some examples of CI tools are Jenkins, Travis CI, CircleCI, and GitLab CI/CD.
Is CircleCI better than Jenkins?
CircleCI and Jenkins are both popular CI/CD tools, and each has advantages and disadvantages. Ultimately, it is determined by a project or organization’s specific demands and requirements. Get to know more CircleCI vs Jenkins.
Is Jira a CI CD tool?
Jira is a project and ticket tracking tool, not a continuous integration/delivery technology. Jira is used to organize and track project and task progress and to detect and track bugs and other issues. It enables good team collaboration and communication and can be connected with other technologies.