Version Control Systems reviews by real, verified users. Find unbiased ratings on user satisfaction, features, and price based on the most reviews available anywhere.
Products classified in the overall Version Control Systems category are similar in many regards and help companies of all sizes solve their business problems. However, small business features, pricing, setup, and installation differ from businesses of other sizes, which is why we match buyers to the right Small Business Version Control Systems to fit their needs. Compare product ratings based on reviews from enterprise users or connect with one of G2's buying advisors to find the right solutions within the Small Business Version Control Systems category.
In addition to qualifying for inclusion in the Version Control Systems category, to qualify for inclusion in the Small Business Version Control Systems category, a product must have at least 10 reviews left by a reviewer from a small business.
AWS CodeCommit is a fully-managed source control service that makes it easy for companies to host secure and highly scalable private Git repositories. You can use CodeCommit to securely store anything from source code to binaries, and it works seamlessly with your existing Git tools.
Git is easy to learn and has a tiny footprint with lightning fast performance. It outclasses SCM tools like Subversion, CVS, Perforce, and ClearCase with features like cheap local branching, convenient staging areas, and multiple workflows.
Helix Core is enterprise-class version control for faster, more collaborative development for teams of any size. With Helix Core, developers can use their preferred tools — like Git and Visual Studio — while enjoying lightning-fast workflows, support for all file types, and faster builds from a single source of truth. Organizations around the globe rely on Helix Core to build and deliver complex digital products faster and with higher quality. Helix Core is trusted by the world’s most innovative
Version control systems track changes in software development projects, allowing users to collaborate on and change the same files without compromising the overall build. Also known as revision control or source control systems, version control systems enable developers to work simultaneously on code. Each user or portion of a larger development team can isolate their own work through what are known as branches. By branching code into isolated segments, users can protect good code while tinkering with feature additions or fixes. These branches can then be merged together when they are finished. Merge to merge, a version history is maintained so developers can revert back to an earlier build if severe problems appear throughout the process. These systems also alert users to errors and conflicts on code merges, giving developers the opportunity to resolve issues. Version control systems allow developers to automatically track their work, see a history of all changes, and access previous versions of a project when necessary. This functionality can be thought of as the development equivalent to keeping progressive drafts of a writing project. All code changes and branches are kept in a repository.
Version control systems streamline the development process for both solo developers and full development teams. Users can manage code for multiple projects at a time, accomplish multiple projects at once, and maintain a history of changes. These systems must often be paired with the right version control hosting software, which hosts multiple code repositories on the cloud. While version control systems provide the raw functionality for maintaining version history and enabling developer collaboration, version control hosting software hosts the master code repository on which they can make and track changes. To make interfacing with version control systems more intuitive, developers often use version control clients as part of their version control framework. Version control clients enhance the features of version control systems by keeping track of multiple projects, providing a graphical user interface (GUI) for easier control, and allowing development integration to move faster.
Key Benefits of Version Control Systems
Version control systems are virtually necessary in any modern development environment. By enabling simultaneous development collaboration, this software significantly cuts down development time and promotes efficient teamwork. Developers also save time and energy thanks to these systems that work to constantly maintain version histories, protecting successful progress from being compromised by new code issues.
Simultaneous collaboration — Thanks to version control systems’ code branching functionality, developers can work on different sections of an overall build simultaneously. Changes made by each developer can be isolated from the rest of the project until they reach a finished state. Once finished, developers can safely merge their branches. Version control systems notify users to any errors or merge conflicts so they can be safely resolved.
Version history — Version control systems provide developers with a constantly maintained version history for their projects. This protects projects from costly errors by preserving iterative progress which developers can revert back to if necessary. Beyond keeping projects safe, version history also provides developers with a roadmap to keep track of changes for better organization. Version history can even help developers track down bugs—if a bug exists in one version of the project but not another, users can zero in on the possible changes that might have caused the bug.
Version control systems present vital mechanisms for development teams of all sizes. These systems’ simultaneous collaboration functions are as useful to teams of 5 as they are to teams of 50. Even solo developers rely on version control systems to facilitate streamlined development.
Software development teams — Software development teams use version control systems to achieve organized collaboration and parallel development via branching. With version control systems, team members can work on separate tasks simultaneously while keeping the master repository intact. They can also use version control history to track changes made by other members of the team, helping keep everyone on the same page.
Solo developers — The benefits of version control systems extend beyond team collaboration. Solo developers rely on version control systems’ branching functionality to safely make changes to their projects, without breaking their builds. If a branch merge or other issue ruins a project, solo developers can easily revert to a prior version to preserve their overall progress.
Local — Local version control systems function on a single system, making them commonplace for solo developers. These setups don’t lend themselves to collaboration, but they do allow solo developers to take advantage of version history and safely make changes to projects. While simple and handy, these setups are prone to error because it is difficult to make a complete copy of the repository.
Centralized — Centralized version control systems rely upon a shared server, which different users can access from their own machines to work on files. Users make changes to working copies of files on the server, and any committed change a user makes is then instantly shared with the server and therefore other users. This setup relies on strong internet connection to facilitate remote work if team members aren’t working in the same location.
Distributed — Distributed version control systems are peer-to-peer, and each user in the distributed network has a clone of the full repository. Changes are committed to each user’s local repository, and those changes can then be exchanged with other repositories in the network. These systems make full backups easy because each user has a full copy of the repository.
Code branching — Version control systems enable developers to isolate segments of code from the rest of the project in what is called a “branch." Changes made within these branches do not impact the overall project until merged, allowing developers to work simultaneously without causing major errors.
Merge error detection — Sometimes when developers merge finished branches, unforeseen bugs and errors occur. These errors are referred to as “merge conflicts," as they are the result of new code in the branch conflicting with the rest of the project. Version control systems alert developers to potential merge conflicts and errors on merge, allowing users to resolve these issues more effectively.
Progress tracking — Thanks to these systems’ constantly updated version history, developers can easily track progress on their projects’ development goals. This visibility helps developers working on different branches maintain a comprehensive understanding of the project at large. Such transparency minimizes merge errors and other bugs caused by outdated build comprehension.
Project backups — Version control systems’ constantly maintained version history protects projects from bugs and errors by acting as a backup. Users can revert back to previous versions when things go wrong, preserving the overall progress made. The more iterative and comprehensive the version history, the more protection is granted to users’ progress.