Gitlab vs Azure DevOps: Which Project Management Tool is Best for You?

Harness, on the other hand, provides fully-configurable CRUD access across every entity, whether services, environments, workflows, pipelines, or provisioners. Harness also provides full Deployment RBAC for an unlimited number of user groups across every application and environment. There are also separate permissions for governed pipeline execution than for individual workflow execution. Whether GitLab is better than Azure DevOps depends on your specific needs and priorities.

GitLab vs Azure DevOps: Which is the best for your business?

1. This integration enables smoother transitions between tracking bugs or features and planning sprints.
2. We also do actually already provide easy dynamic provisioning of environment in not just Azure or AWS, but any platform (including on-premise) using our Review Apps feature.
3. In contrast, Azure DevOps is a robust suite of development tools provided by Microsoft, designed to support the planning, development, delivery, and operation of applications.
4. As these are completed we will bring Windows and macOS into the shared fleet as well.

The main reason they wanted to migrate was to leverage the benefits of the GitLab CI including integrated CVE and license scanning. Two smaller repositories with CI/CD pipelines https://traderoom.info/github-gitlab-bitbucket-azure-devops/ had already been migrated by the customer. In the next sections, we will dive into each of these platforms to get a better understanding of their feature set. Additionally, if the development team has previous experience in a particular tool, it will be a good idea to give preference to that tool as it will improve the platform adoption experience with fewer complications. Azure DevOps is a comprehensive DevOps platform, but it’s worth considering whether there might be better software suited to your specific needs.

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The status of each pod of your latest deployment is displayed seamlessly within GitLab without the need to access Kubernetes. Easily debug your containers in any of your environments using the built-in GitLab Web Terminal. GitHub is a fully online platform without any option to run a self-hosted coming under the enterprise tier. It exclusively supports Git and offers a feature set that spans collaborative coding, automation, and CI/CD to project management. Continuous integration and continuous delivery (CI/CD) are essential practices for modern software development. They enable faster and more reliable delivery of software products by automating the build, test, and deployment processes.

Azure DevOps will be the best option to power software development pipelines at any scale if you are engrossed in the Microsoft ecosystem or reliant on Azure for your application. GitLab has a comparatively smaller community and a limited set of third-party integration options compared to GitHub, which can be complex for new users. The primary caveat of GitLab is that most advanced features are only available for paid users, and ultimate versions can get quite expensive.

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Sometimes these repositories are referenced as a DevOps “repo” or a source repository. Whatever the title, code repositories provide a place where developers can work to ensure high code quality.GitLab uses a git-based repository for source code management with version control. If you are in the Microsoft ecosystem, go with Azure DevOps, and if you rely on Atlassian products, Bitbucket will be the way to go. GitLab’s heavy focus on a completely centralized DevOps platform makes it the ideal solution for someone who is looking for a single solution. Finally, GitHub, with its maturity and feature set, is the best well-rounded solution that can be used to power any software development project.

1. There are dozens of alternative DevOps tools from best-in-breed point solutions to full platforms.
2. They are looking for a modern CI/CD solution like GitLab, but as part of a gradual transition they still need to keep managing their code in Azure DevOps/VSTS.
3. Deep integration with the Microsoft ecosystem (e.g., Azure Cloud, Active Directory, Teams, and other Microsoft tools).
4. GitLab is best used as an all-in-one DevOps platform that supports the entire software development lifecycle, from planning and source code management to continuous integration, delivery, and deployment (CI/CD).
5. Leveraging Azure DevSecOps for its robust security and extensive testing tools, while utilizing GitLab’s comprehensive task management and seamless CI/CD pipelines, creates a powerful synergy.
6. GitLab is a web-based Git repository manager developed by GitLab Inc. for modern software development projects.
7. You can also learn more about how automation and CI/CD work on GitHub in our documentation.

Comparing these tools is crucial for teams looking to optimize their workflows, as it helps identify which tool best fits their unique needs and objectives. There are dozens of alternative DevOps tools from best-in-breed point solutions to full platforms. There are plenty of analyst reports that answer that question–but here’s an overview to help you get started. Azure DevOps provides a streamlined setup process, especially when integrating with other Microsoft services.

You can find GitHub’s documentation at docs.github.com, which offers a centralized place to find the latest information about GitHub’s products, how to use them, and how to get help. This documentation is kept up-to-date by our documentation teams partnering closely with engineering, our product teams, and our outside community via community contributions. Core capabilities based on embedded open source projects and integrations with other open source solutions.

The idea is to catch errors as quickly as possible – ideally, before customers notice – and make a seamless transition back to the prior version. GitLab does not provide Continuous Verification capabilities, only a manual process with a Prometheus integration. Harness, however, provides Continuous Verification out of the box, effectively reducing risk and reputational damage from downtime. As for vendor integrations, we mentioned Gitlab’s Prometheus – sadly, it’s currently their only tool integration. Harness supports many vendors, including Prometheus, Datadog, AppDynamics, New Relic, StackDriver, CloudWatch, and custom monitoring and observability tools. GitLab offers a leading source code management and CI/CD solution in one application which many GitLab customers use together because of the power of this combination.

Has a strong focus on DevSecOps with features like vulnerability management, code quality reports, and dependency scanning. Deep integration with the Microsoft ecosystem (e.g., Azure Cloud, Active Directory, Teams, and other Microsoft tools). GitLab’s CI/CD is more DevOps-native and easier for developers used to GitOps workflows. GitLab CI/CD does in fact support using an external repo, although we don’t support SVN or other non-git repos except through technologies like SubGit which could provide a transparent gateway.

While both Azure DevOps and GitLab use YAML for defining CI/CD pipelines, their syntax, structure, and key concepts are not identical. Each platform has its own way of managing jobs, stages, artifacts, and environments. If you want to use GitLab for some stages (e.g., testing) and Azure DevOps for deployment, you can trigger GitLab pipelines from Azure DevOps. Offers an all-in-one platform with Boards (for project management), Repos, Pipelines, Artifacts, and Test Plans. Microsoft Azure DevOps stands out among its competitors for a variety of reasons. Two major ones are its ability to forecast how long each task will take and the ability for users to follow the entire development process.