As a cornerstone of software development and DevOps, CICD tools considerably reduces the obstacles in tasks requiring more time and effort. For example, testing, integrating changes and quickly releasing them to customers.
Combining the practice of Continuous Integration and Continuous Delivery tools integrates the automation needed for a fast and improved Software Development Life Cycle (SDLC).
Let’s dive into the top CICD Tools, their features, main characteristics, and importance in DevOps. So, by the end of this blog, you will feel more confident in choosing the continuous delivery tools that perfectly match your project.
| CI/CD Tool | Open Source | Ease of Use & Setup | Hosting Options | Free Version | Estimated Pricing | Pricing Model | Integration Capabilities | Supported OS |
| Jenkins | Yes | Moderate | Cloud, On-premise | Yes | Free | Self-hosted | Extensive | Windows, macOS, Linux |
| CircleCI | No | Easy | Cloud, On-premise | Yes | Starts at $15/mo | Subscription | Extensive | Windows, Linux, macOS, ARM, Android |
| AWS CodePipeline | No | Easy | Cloud | Yes | Starts at $1.00 USD/mo per active pipeline | Usage-based | Extensive | Platform agnostic. Works with any OS. |
| TeamCity | No | Moderate | Cloud, On-premise | Yes | Starts at $45/mo | Perpetual | Extensive | Windows, Linux, macOS |
| GitLab CI/CD | Yes | Easy | Cloud, On-premise | Yes | Starts at $19/mo | Subscription | Tight integration | Linux |
| Azure DevOps | Yes | Easy | Cloud, On-premise | Yes | Starts at $30/mo | Subscription | Microsoft Ecosystem | Windows, Linux |
| Bamboo | No | Moderate | On-premise | Yes | Starts at $1200/yr | Perpetual | Atlassian Ecosystem | Windows, Linux, macOS, and Solaris |
Continuous Integration is the practice of building and testing small code modifications into a version control repository, it is an ongoing process that utilizes automation tools for accelerated development.
When CI ends, CD begins. So, Continuous Delivery or Deployment ensures those changes are automatically tested and deployed to the production environment. This way, teams can respond to the client’s needs and the market’s demands.
Jenkins As an open-source continuous integration server, it lets you focus on other tasks with complete peace of mind, knowing that it will support building, testing, and deploying your code while also keeping an eye on it to let you know right away if something needs improvement or fixing.
This Java-based automation server offers a significant number of plugins and can be used as a simple CI server or turned into a CD hub. Jenkins is one of the most popular CI/CD tools in DevOps, as it has been around for a while. Its focus on flexibility and integration facilitates work for tech teams.
Jenkins constantly checks the committed code and compiles it if there is any change. It also notifies and helps teams pinpoint issues in the early stages of the process.
Jenkins has been around for a while, so there is an active community of developers, contributors, and users who provide documentation and resources to make better use of this tool. The community also develops plugins to extend its use cases and participates in forums to discuss best practices and troubleshoot issues.
As of 2025, Jenkins remains widely used in industry (especially by larger enterprises) due to its flexibility and vast plugin ecosystem, even as newer CI/CD platforms like GitLab CI and GitHub Actions gain popularity
It is a continuous integration and continuous deployment (CI/CD) platform provided by GitLab, a web-based Git repository management and DevOps lifecycle tool.
This platform enables you to identify bugs and issues early on, ensuring compliance with regulations and requirements.
By implementing continuous integration and continuous delivery, GitLab CI/CD helps teams automate the process from building to monitoring code changes.
GitLab CI/CD offers more functionalities, allowing teams to optimize their DevOps implementation process and measure results more clearly.
Overall, this tool offers comprehensive features and seamless integration with GitLab’s version control capabilities.
GitLab offers three different pricing models to choose one based on your requirements and specifications.
Another option would be GitLab Community Edition (CE), which is an open-source, self-hosted version that includes many of the core features, including CI/CD, at no cost.
You can compare all the specifics of each version here.
GitLab CI/CD has a thriving community with a vast amount of resources like a forum, extensive documentation, and an issue tracker so users can get their questions and concerns answered and benefit from worldwide contributors.
GitLab vs Jenkins: read the blog for a full comparison between these CICD Tools.
This tool automates the steps to release software changes continuously, establishing a consistent process that starts from your source repository and proceeds through the building, testing, and deployment stages.
It can easily integrate with a variety of tools and AWS services, offering high speed and complete visibility into the status of your pipelines.
Other AWS DevTools used for CI/CD tools include AWS CodeCommit as a central repository for storing and managing source code, AWS CodeBuild for compiling source code and running tests, and AWS CodeDeploy for automating app deployments to compute environments.
Additionally, AWS CodeStar offers a unified user interface for managing software development activities, while AWS ECR stores, manages, and deploys container images.
You pay for what you use, as each active pipeline per month costs $1.00 USD. A pipeline is considered “active” when it has existed for more than 30 days and has at least one code change running through it during the month.
Pipelines are free for the first 30 days after creation, and there’s also the AWS Free Tier that offers one free active pipeline per month.
AWS CodePipeline has all the support from the extensive AWS community. You can access blogs, tutorials, and community-provided resources to understand this tool and optimize its use.
With Azure DevOps, you can manage the entire software development life cycle.
This tool enables you to create and configure CI/CD pipelines to automate the building, testing, and deployment processes. Another advantage is that Azure DevOps integrates with a wide variety of technologies, like testing frameworks and deployment targets.
It is highly scalable, enabling seamless workflows and efficient app delivery.
For Azure DevOps services, you’ve got four pricing models to choose from according to your requirements:
Individual Services
User Licenses
You’ll be able to see a quick and general price estimation of each model here.
For Azure DevOps Server, you have the option to pay monthly through Azure or buy classic software licenses, which require a 3-year commitment.
Microsoft offers customer support for paid plans, and there is a big community that participates in forums and blogs, sharing resources and documentation. Azure DevOps also has a community on Stack Overflow and Twitter.
Latest Trends: Azure Pipelines remains one of the top CI solutions in use – surveys indicate roughly 15% of developers use Azure DevOps for CI as of 2025.
One of the continuous integration & continuous delivery tools known for its speed in the DevOps world. CircleCI is a continuous integration system that builds, tests, and deploys applications by simplifying the DevOps process.
Founded in 2011, CircleCI works for environments like Windows, Linux, macOS, ARM, Android, and more. It can run on-premise, or clients can install it on their infrastructure.
CircleCI offers three pricing options for Cloud hosting and one for Self-hosting, and the features included in each option depend on factors such as build minutes and the number of active users.
CircleCI regularly hosts events, such as conferences and training sessions, for its community to share best practices and trends in CI/CD tools and the DevOps world. They also have an active forum where users can ask questions and seek advice from other community members.
Security is also a priority. After a public security incident in early 2023, CircleCI implemented additional safeguards and has been transparent in improving its security posture, reinforcing user trust moving forward.
Security is also a priority, after a public security incident in early 2023, CircleCI implemented additional safeguards and has been transparent in improving its security posture, reinforcing user trust moving forward.
TeamCity automates the building and testing of applications, and it is a great option for entering the DevOps world.
This is one of the continuous integration and continuous delivery tools that aren’t open-source, but it is possible to self-host it on your own infrastructure or cloud environment. That isn’t open-source, but it is possible to self-host it on your own infrastructure or cloud environment.
What makes TeamCity stand out is its extensibility and feature integration. It integrates with cloud platforms (such as AWS EC2, Kubernetes, Azure, Google Cloud, and DigitalOcean), containerization technologies like Kubernetes, and numerous other tools.
TeamCity also supports almost every Version Control System; it can detect changes in version control repositories and trigger builds.
For TeamCity Cloud: Using GitHub, GitLab, or Bitbucket, you’ll get a 14-day free trial. After that, the pricing must be calculated according to the number of committers.
Starting at 3 committers, you’d pay $45 monthly for 120 GB of storage, 600 GB of data transfer per month, unlimited web users, and 24,000 build credits.
With 20 committers, for example, you’d pay $300 per month for 800 GB of storage, 4,000 GB of data transfer, unlimited web users, and 160,000 build credits.
You’ll find a price estimation on the TeamCity Cloud pricing site.
For TeamCity on-premise:
TeamCity Professional – The free download includes unlimited users and build time, 100 build configurations, 3 build agents, and all features of the Enterprise model.
TeamCity Enterprise – You can request an evaluation license and work with this model from $1,999 annually with a 50% renewal discount. It includes unlimited users, build time and configurations, and you also get priority support.
It has an active and dynamic platform where users can share knowledge about general topics and plugin development. In 2025, TeamCity introduced a new Pipelines feature (Early Access) with YAML support, shifting from purely UI or Kotlin DSL to also allow YAML-defined pipelines (“recipes”) for easier configuration as code
Atlassian created Bamboo in 2007 as a Java-based CI/CD tool to automate building, testing, and releasing with scalability and reliability.
This might be on the pricier side of continuous delivery tools and continuous integration in this list, and it isn’t open-source. But it features a user-friendly interface that guides the user through every task and supports deploying code into all environments with resilience.
What are the features of Bamboo?
Read our blog Why to create a CI/CD pipeline on AWS
How much does Bamboo cost?
Bamboo can be a more pricey option, offering a particular pricing model based on agents rather than users. This means that the number of agents determines how many processes can run simultaneously.
The Bamboo pricing starts at $1,200 for 1 agent, $3,200 for 5 agents, $5,840 for 10 agents, and up to $187,380 for 2,000 agents. Check out the estimation for your project here.
It offers complete control of your environment, cold standby for high availability, annual term license plus maintenance, and support.
Bamboo offers dedicated support through the Atlassian community. You’ll see here that you can ask questions, write a post, and now you can also have access to videos to understand this tool better.
There is no standard answer or tool fit for every business. However, there are several aspects to take into consideration when choosing the right CICD tools, like how secure it is, if it’s open-source, the community support it offers, and, of course, the cost.
Your CI/CD tools list must also have a high level of automation and provide adequate monitoring and reporting capabilities to improve your pipeline.
Overall, the right tools will depend on the requirements of your project and your company. Here are some top questions you should ask as a guide to finding the correct list of CICD tools that are most compatible with your goals.
Choosing the perfect tools for your application modernization strategy? Read the full blog.
Even though every implementation will be unique, adhering to CI/CD Best Practices will help deliver code faster and with better quality while also improving your processes and promoting a DevOps culture in your organization.
To begin with, let’s paint the picture. Imagine you’re building a product for a new client; it’s a complex platform, and your client requires frequent changes. So, you need to focus on streamlined delivery while still reducing errors. Undeniably, as DevOps teams, continuous integration tools and continuous integration are essential to accomplish this.
Eliminating manual tasks reduces the time it takes for teams to identify issues and solve them. This means faster delivery of a valuable product with better quality.
As a result, customer engagement and satisfaction will improve, teams will be more productive, and costs will be reduced as well.
Indeed, automation is fundamental in software development and DevOps. Now, more than ever, it is necessary to implement strategies that streamline processes. So that organizations can focus their resources on other priorities rather than using them on repetitive tasks. CI/CD tools enable a continuous DevOps process where building, testing, deploying, and updating code is automated.
In brief, this metric measures how efficiently you can respond and solve issues that come up in the cycle in DevOps. With continuous integration and continuous delivery tools, DevOps cycle time is reduced because your process will have fewer problems to fix. And your team will be able to attend to them faster.
Additionally, implementing CI/CD allows for easier rollback to previous releases so QAs and stakeholders can access any version of the system.
Certainly fundamental in DevOps, observability allows teams to quickly inspect the system to evaluate performance and identify any possible issues. CI/CD generates logs for comprehensive code monitoring in each step of the SDLC to study its behavior. As a result, it improves observability.
Implementing a CI/CD pipeline not only offers organizations improvements for software development but also impacts the team’s productivity and satisfaction. Without a doubt, an automated, controlled, and observable process will allow them to stay up-to-date with their tasks and unplanned requirements that might arise. CI/CD (and its list of tools) and overall DevOps trends and practices promote a culture of learning, responsibility, and collaboration, which ensures the team has all they need to drive more value to the organization.
A CI/CD pipeline or workflow includes a series of stages to deploy small code changes in a continuous and controlled process. It uses continuous delivery tools for DevOps automation, accelerating deployment, and ensuring observability.
The number and order of phases of a CI/CD pipeline vary according to the project requirements and the organization’s resources. Here are the main and most common steps:
Incorporating a Continuous Integration and Continuous Delivery tools and workflow is also a crucial principle in the Twelve Factor App Methodology for building successful and reliable applications.
There are other steps for the workflow, like analyzing the code for potential issues or vulnerabilities, pushing the code to an artifact repository for easy access, and acceptance testing to validate the software behavior.
Also, the pipeline must include continuous monitoring to collect data for metrics and logs and continuous deployment implemented through automation tools.
Overall, the workflow must be fast, reliable, and accurate so that developers can focus on building code while being confident that any change will be automatically tested and deployed.
Get started with a CI/CD pipeline using Kubernetes, Docker, AWS CodePipeline, and the AWS Cloud Native tools: read the full blog here.
Continuous Integration and Continuous Delivery tools are now fundamental practices for agile and streamlined software development. It is an essential part of the DevOps implementation process, ensuring optimized application delivery.
Overall, choosing the right CICD tools on the list might be a complicated task as there are many options to pick from. Truthfully, they all offer a variety of features dedicated to automating the process of building, testing, and deploying your app. So, the key is first to consider the specific requirements of your project, your tech stack, and your team’s resources. Then, to make the decision process easier, we’ve presented here a list of seven CICD tools with their main features, pricing models, and level of community support for you to match exactly with what you need.
A team of DevOps and Software Development professionals can also make the process more efficient, so don’t hesitate to reach out to ClickIT for personalized DevOps consulting.
CI/CD tools are software applications that automate the processes of Continuous Integration (CI) and Continuous Deployment (CD). These tools help developers integrate code changes regularly, automatically test those changes, and deploy them to production efficiently.
Continuous Integration and Continuous Deployment play a fundamental role in the present and future of DevOps. It is an innovative approach that helps organizations constantly deliver software and features quickly and reliably. Overall, CI/CD promotes automation in many processes inside the software development life cycle, and automation is one fundamental principle of DevOps.
The ideal tool will match your project and team’s specifications. It’s important to consider if the CICD tool on the list you’re choosing integrates with your tech stack and if it complies with security regulations and takes measures to protect your data. It’s also essential to choose the right pricing model and hosting for the correct implementation of the tool. And finally, you should check out what the users say about the tool and the community support it offers.
There are many CI/CD tools in the list of markets, each with its own characteristics and pricing. However, some of the most popular ones are Jenkins, CircleCI, AWS CodePipeline, TeamCity, GitLab, Azure DevOps, and Bamboo.
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