Best Continuous Delivery Tools
Continuous delivery, as a process, aims to help developers generate deployment-ready code as quickly and efficiently as possible. By facilitating short development cycles with automation, workflows, and more, continuous delivery solutions enable developers to build and execute delivery pipelines to stage software and updates. Some continuous delivery solutions allow for continuous deployment, which automatically pushes deployment-ready code to production. Otherwise, deployment is manual.
Alongside short development cycles, continuous delivery tools contribute to time and cost savings for development teams. Continuous delivery solutions also enable a stronger, more robust feedback cycle, which can strengthen a business’ final product. These tools offer more visibility into the development cycle, helping team leads, product managers, and management receive better insight and analytics on development progress and success.
Continuous delivery software extend beyond the functionalities of continuous integration tools up to the point of being deployment ready.
To qualify for inclusion in the Continuous Delivery category, a product must:
Featured Continuous Delivery Tools At A Glance
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GitHub is where the world builds software. Millions of individuals, organizations and businesses around the world use GitHub to discover, share, and contribute software. Developers at startups to Fort
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- Computer Software
- Information Technology and Services
- 46% Small-Business
- 30% Mid-Market
2,591,866 Twitter followers
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GitLab is the most comprehensive AI-Powered DevSecOps platform that enables software innovation by empowering development, security, and operations teams to build better software, faster. With GitLab
- Software Engineer
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- 37% Small-Business
- 37% Mid-Market
168,902 Twitter followers
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Founded in 2014 and headquartered in Oakland, California, LaunchDarkly serves over 5,500 enterprises, including a quarter of the Fortune 500. As the industry’s leading end-to-end feature management pl
- Software Engineer
- Senior Software Engineer
- Computer Software
- Information Technology and Services
- 47% Mid-Market
- 40% Enterprise
5,543 Twitter followers
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Red Hat® Ansible® Automation Platform is Red Hat's primary enterprise automation product offering., it includes all of the tooling needed for building, deploying, and managing end-to-end automation at
- DevOps Engineer
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- 49% Enterprise
- 35% Mid-Market
297,275 Twitter followers
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Bitrise serves mobile application developers navigating the ever-changing landscape of app development, testing, and app store release. Transcending the boundaries of traditional CI/CD platforms, Bitr
- Software Engineer
- iOS Developer
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- 53% Small-Business
- 34% Mid-Market
10,133 Twitter followers
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Simplify your developer experience with the world's first AI-augmented software delivery platform. Upgrade your software delivery with Harness' innovative CI/CD, Feature Flags, Infrastructure as Co
- Software Engineer
- DevOps Engineer
- Computer Software
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- 40% Enterprise
- 39% Mid-Market
1,456 Twitter followers
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- User Satisfaction
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Fast, consistent, reliable builds on Google Cloud Platform
- Computer Software
- Information Technology and Services
- 40% Small-Business
- 35% Enterprise
31,497,617 Twitter followers
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Vercel’s Frontend Cloud provides the developer experience and infrastructure to build, scale, and secure a faster, more personalized web. By providing the toolkit frontend teams love and delivering gl
- Information Technology and Services
- Computer Software
- 82% Small-Business
- 16% Mid-Market
380,852 Twitter followers
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Automate your builds and deployments with Pipelines so you spend less time with the nuts and bolts and more time being creative
- Software Engineer
- Software Developer
- Information Technology and Services
- Computer Software
- 39% Enterprise
- 34% Mid-Market
13,133,301 Twitter followers
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An enterprise-grade server for teams to share code, track work, and ship software — for any language, all in a single package. It’s the perfect complement to your IDE.
- Software Engineer
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- 40% Enterprise
- 39% Mid-Market
13,133,301 Twitter followers
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Copado empowers every Salesforce development team to plan, build, test and deliver applications with speed and confidence by unifying CI/CD pipelines and automated testing on one platform — all powere
- Salesforce Developer
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- 57% Enterprise
- 28% Mid-Market
2,276 Twitter followers
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Appcircle is a mobile ci/cd tool that simplifies mobile app development with a platform that automates building, testing, and deploying. Our tool supports popular frameworks, from React Native to Obje
- Computer Software
- 53% Small-Business
- 26% Mid-Market
1,622 Twitter followers
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DeployHQ is a deployment automation and management platform designed to simplify and streamline the process of deploying code to servers and hosting services. It falls under the category of DevOps too
- Information Technology and Services
- Computer Software
- 82% Small-Business
- 10% Enterprise
1,291 Twitter followers
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Rev-Trac is a Revelation Software Concepts (RSC) solution that enables some of the world’s largest organizations to drive unified SAP Change Management outcomes through integration and orchestration.
- Retail
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- 59% Enterprise
- 31% Mid-Market
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CircleCI is the worlds largest shared continuous integration and continuous delivery (CI/CD) platform, and the central hub where code moves from idea to delivery. As one of the most-used DevOps tools
- Software Engineer
- Senior Software Engineer
- Computer Software
- Information Technology and Services
- 45% Small-Business
- 43% Mid-Market
39,749 Twitter followers
Learn More About Continuous Delivery Tools
What are Continuous Delivery Tools?
Continuous delivery refers to the process of constantly generating deployment-ready code via agile workflows and the quick, efficient automation of repetitive tasks. Continuous delivery tools facilitate this process, enabling development teams to achieve a true DevOps environment. DevOps emerged as the result of companies’ desire to shorten the software development lifecycle. The goal behind DevOps is to create a more responsive development, update, and upkeep strategy, as well as to keep development objectives in constant alignment with business ones. Continuous integration, continuous delivery, and continuous deployment were created to promote more agile strategies on the development side. The theory behind each are as follows:
Continuous integration: Merging all developers’ code into one central repository at regular intervals to avoid code conflicts
Continuous delivery: Keeping code constantly ready for deployment
Continuous deployment: Automatically pushing code updates into production after successfully passing testing
Often, the term CI/CD is used to mean continuous integration/continuous delivery, ignoring continuous deployment, because continuous deployment has become antiquated and exists instead as part of the continuous delivery umbrella. Continuous delivery software facilitates the maintenance of tested and approved code in a deployment-ready state. Once the approved code is ready for deployment, the key lies in whether that code is deployed automatically (continuous deployment) or manually. Continuous deployment necessitates more rigorous testing to ensure nothing broken gets pushed into production, and the potential that bad code can go live is discouraging. Not all continuous delivery solutions include continuous deployment, so companies seeking to avoid the potential pitfalls of continuous deployment should assess their options to ensure the possibility of manual deployment. Regardless, continuous delivery serves up a huge advantage in the form of faster software updates and more responsive upkeep, allowing businesses to remain as competitive as possible.
Key Benefits of Continuous Delivery Tools
- Quicker end user impact from added functionality, updates, and upkeep
- More time saved by eliminating manual tasks
- Smoother transition from development to deployment
Why Use Continuous Delivery Tools?
While continuous delivery can sound intimidating to a lot of companies, the strategy can be quite beneficial. Continuous delivery—in conjunction with continuous integration—creates a strong, fluid pipeline of unified code production, testing, and distribution. Instead of worrying about intermittent, large updates, companies can quickly crank out small changes to continuously improve their software.
Huge update deployments tend to be painful to release, hectic to track, and difficult to sift through for both businesses and consumers. Continuous delivery strategies allow small, incremental changes that are easier to track (especially in conjunction with configuration management software), troubleshoot, and roll back in the event of a break. Incremental changes are also much faster to redeploy, which saves the effort of going through manual deployment over and over.
Fast feedback cycle — Most continuous delivery software enables deployments to occur automatically once functional testing is successful, meaning businesses get quicker feedback around ideas and changes made to their products. Users will have access to changes as soon as they’re ready, which helps businesses keep a consistent stream of feedback on their product. This helps companies build stronger products in the long run.
Competitive edge — Taking long spans between software updates or add-on releases leaves businesses vulnerable to being overtaken by more agile, responsive companies. With continuous delivery software, the business can keep updates and constructive changes flowing directly into the production environment, resulting in a stronger, more consistent product.
Who Uses Continuous Delivery Tools?
Development (specifically DevOps) teams are the primary users of continuous delivery tools. Software engineers and development team leads, both get a lot of value from these tools, albeit for different reasons. Developers easily launch changes directly into pre- and post-production environments with continuous delivery software, which saves them time. Team leads and managers get a lot of use out of the reports, metrics, and dashboards many of these solutions offer, as they provide higher-level insights into the progress the development teams are making.
Continuous Delivery Tools Features
The following are the most common features seen in continuous delivery solutions:
Repository connectivity — Continuous delivery software needs access to code repositories to push successfully tested code into production. This software should have the capability to connect with any of a business’ code repositories, automatically passing successfully tested code into preproduction or live product updates.
Deployment-ready staging — Continuous delivery software automatically maintains code in a deployment-ready state. This allows developers to stage their code more quickly and efficiently, and empowers businesses to make changes to their software on the fly as issues or market changes arise.
Role-based task assignment—Beyond outright task automation, continuous delivery software designates the necessary tasks and workflows for a team's unique development cycle. This task designation is role-based and fully customizable so that development teams can build the delivery pipeline that works best for them.
Additional Continuous Delivery Tools Features
Continuous deployment — Most continuous delivery software allows continuous deployment or automated deployment. Continuous deployment allows companies to push small changes quickly into production, reducing the overall hassle of releasing updates and allowing development teams to focus more on writing quality code.
Deployment tracking — Keeping track of automatic code deployments help teams understand exactly why certain shifts occur, like an increase in user errors or an increase in product use. Continuous delivery tools should document each code push that gets sent to production, allowing users to see exactly how the new code performs. It also shows development teams if a build fails to push to production, which will alert them to a potential issue in the code itself.
Reporting and metrics—At a higher level, continuous delivery solutions should display push metadata, such as the number of deployments going out in a certain time span, what part of a software solution the deployments are targeting, and more. This feature is particularly useful for managers and team leads since it gives them a top-down view of a development team’s performance.
Deployment rollback—This feature is helpful when development teams encounter a problem that testing fails to catch. Some continuous deployment solutions have rollback capabilities, where live code can be restored to prerollout status. This lets development teams work out what went wrong, providing additional insights that can be used to improve pre-deployment testing.
Other features of continuous delivery software: Containers, Databases, Mobile Capabilities, Multi-Environment Capabilities, and Salesforce Capabilities.
Potential Issues with Continuous Delivery Tools
Pushing bad code — The fault of this issue lies less with the actual continuous delivery solution and more with a business’ testing practices and test automation. Bad code—code that causes errors, breaks, or crashes—should be caught during the testing process so that it doesn’t create problems in the production environment. If testing practices aren’t strong, continuous delivery solutions end up pushing that bad code into staging and production, which taints the user experience. When implementing a continuous delivery solution, especially one with continuous deployment, it is important for a company to have strong manual and automated tests to catch any bad code before it goes live.
Pushing too many visible changes — Companies, when using continuous delivery as part of their development process, should keep in mind the effect it may have on their user base if visible changes or updates keep appearing every few days or each week. While changes to currently existing issues are often welcome, users may start getting concerned if they keep receiving visual or functional changes at small increments. Consistency is key to both improving the learning curve and maintaining customer happiness, and when a company messes with consistency too much or too often, it risks upsetting its users. Generally, a company will want to avoid doing too many noticeable changes too close together, unless those changes are paired with formally released information to update users about the nature and reasons for the changes.
