What Is Git Flow? A Beginner-Friendly Guide

Every team that uses Git eventually hits the same question: how should we organize our branches? Git Flow is one answer, and for over a decade it shaped how thousands of teams managed their codebases.

But what is Git Flow exactly, and does it still make sense in 2025? Vincent Driessen’s branching model introduced strict rules for feature, release, and hotfix branches. Some teams swear by it. Others have moved on to lighter approaches.

This guide breaks down how the Git Flow workflow actually works, when it fits your project, where it falls short, and what alternatives exist if it doesn’t.

What is Git Flow

Git Flow is a branching model for Git that defines a strict structure around how branches are created, named, and merged during a project’s lifecycle. Vincent Driessen published it in 2010, and it became one of the most widely adopted branching strategies in software development over the following decade.

The model assigns specific roles to different branches. Two permanent branches, main and develop, run in parallel for the entire life of a repository. Three types of short-lived branches (feature, release, and hotfix) handle the actual work.

A 2023 JetBrains Developer Survey found that roughly 22% of teams still use Git Flow, down from its peak adoption years. But that number doesn’t tell the full story.

Git Flow isn’t a separate tool. It sits on top of standard Git commands. You can follow the model manually, or you can install the git-flow extension that wraps common operations into simpler commands. Either way, the underlying Git operations are the same.

Atlassian now describes Git Flow as a “legacy” workflow, noting it has fallen in popularity in favor of trunk-based approaches. And Vincent Driessen himself added a reflection note to his original blog post in 2020, saying teams doing continuous delivery should probably use a simpler workflow instead.

That said, Git Flow still solves a real problem. If you’re shipping versioned releases (think mobile apps, desktop software, or anything customers install locally), you need a way to manage parallel development, stabilize releases, and patch production bugs without disrupting ongoing work. Git Flow does exactly that.

According to RhodeCode, Git adoption among developers rose from 87.1% in 2016 to 93.87% in 2025. The Stack Overflow Developer Survey consistently ranks Git as the dominant version control system. With that kind of ubiquity, understanding the different branching strategies built on top of Git matters, even if your team ends up picking a different one.

How Git Flow Branches Work

Five branch types. That’s the entire model. Two are permanent. Three are temporary. Each one has a specific job, and the rules about where branches come from and where they merge back into are non-negotiable within the Git Flow framework.

Main and Develop as Long-Lived Branches

Main branch: Every commit on main represents a production-ready state. When code reaches this branch, it should be deployable. Tags on main mark version numbers using semantic versioning, so you always know which commit corresponds to which release.

Develop branch: This is the integration branch. All completed feature work merges here first. Think of it as the staging area for the next release. Nightly builds, if your team uses them, pull from develop.

These two branches never get deleted. They exist for the entire lifetime of the repository.

One thing that confused me early on was the relationship between the two. Main isn’t “ahead” of develop. They’re parallel tracks that periodically sync through release and hotfix merges.

Feature, Release, and Hotfix as Short-Lived Branches

These are the workhorses. They get created, do their job, and get deleted.

Feature branches isolate work-in-progress. A developer creates feature/user-auth from develop, builds the feature, then merges it back. The branch gets deleted after the merge. No feature work ever touches main directly.

Release branches freeze the feature set. Once develop has enough features for a release, you cut release/2.1.0. Only bug fixes, documentation updates, and version bumps happen here. When it’s stable, it merges into both main (for production) and develop (to capture those final fixes).

Hotfix branches handle emergencies. Production bug? Create hotfix/critical-login-fix from main, fix it, and merge it into both main and develop. This is the only branch type that touches main without going through a release cycle first.

The Git Flow Workflow Step by Step

Took me a while to internalize the full cycle. Reading about it didn’t help nearly as much as actually walking through a real scenario. So here’s one.

Starting a New Feature

You’re building a notification system. Your team’s develop branch has the latest integrated code.

You create a new branch called feature/notifications from develop. All your work happens here. Commits, experiments, refactoring. None of it affects anyone else’s work.

Meanwhile, other developers have their own feature branches. Someone’s working on feature/payment-refund. Another person has feature/dashboard-v2. Everyone’s isolated.

Research from UCI analyzed 143 open-source projects and found that 19.32% of merge commits resulted in conflicts. The isolation that feature branches provide is exactly what reduces that number in practice, because you’re only merging completed, tested work.

Completing and Merging a Feature

Your notification system is done. You merge it into develop. The feature branch gets deleted.

At this point, if there are merge conflicts, you resolve them. A study on merge conflicts found that 56% of developers deferred resolving conflicts due to complexity or the size of the changes. Git Flow’s approach of frequent, smaller merges into develop helps keep conflicts manageable. At least in theory.

Cutting a Release

Develop now has three completed features. Your team decides it’s time to ship version 2.1.0.

You create release/2.1.0 from develop. From this point, no new features go into this branch. Only bug fixes, documentation updates, and the version bump itself.

The 2024 DORA State of DevOps Report surveyed over 39,000 professionals and found that elite-performing teams deploy on demand with less than a 5% failure rate. Git Flow’s release branch exists specifically to bring that failure rate down through a focused stabilization period.

When the release branch is ready, it merges into main and gets tagged (v2.1.0). Then it merges back into develop so that any last-minute fixes aren’t lost. The release branch is deleted.

Handling a Hotfix

A week later, a critical bug shows up in production. Users can’t log in.

You create hotfix/login-crash directly from main (not develop). Fix the bug. Merge it into main and tag it as v2.1.1. Then merge it into develop as well, so the fix carries forward.

This dual-merge pattern is the part most people forget. If you only merge the hotfix into main, develop won’t have the fix, and it’ll resurface in the next release. Your mileage may vary, but I’ve seen this happen on real projects more than once.

Git Flow Commands with the Git-Flow Extension

You can do everything in Git Flow with plain Git. But the git-flow extension saves keystrokes and enforces the naming conventions automatically. It’s a thin wrapper, not a separate system.

Installing git-flow

macOS: brew install git-flow

Ubuntu/Debian: apt-get install git-flow

Windows: Ships with Git for Windows if you select it during installation.

Once installed, you run git flow init inside your repository. It walks you through naming conventions for each branch type. Most teams just accept the defaults: feature/, release/, hotfix/.

Common Git-Flow Commands

The “finish” commands are where the magic happens. git flow release finish 2.0 does three things in sequence: merges into main, tags it, then merges into develop. Doing that manually is four or five separate Git operations.

GitHub now hosts over 630 million repositories according to its Octoverse 2025 report, with developers pushing nearly 1 billion commits that year. The git-flow extension handles a tiny fraction of those repos, but for teams that use it, the time savings on repetitive branch management adds up fast.

When to Skip the Extension

Honestly? A lot of teams follow Git Flow’s branching model without ever installing the extension. They just switch branches manually and name things consistently.

The extension is most useful when you’re onboarding new team members who don’t know the merge rules yet. It prevents mistakes. But if your whole team already knows the workflow, plain Git works fine.

Git Flow vs. GitHub Flow vs. GitLab Flow

Three workflows that sound nearly identical but work very differently. Picking the wrong one for your project creates friction you’ll feel every single day.

How GitHub Flow Differs

GitHub Flow is simpler. One main branch. Feature branches. That’s it.

You create a feature branch from main, do the work, open a pull request, get a code review, merge into main, and deploy. No develop branch, no release branches, no hotfix branches.

This works beautifully for web apps and SaaS products that deploy continuously. Companies like Google, Meta, and Netflix use variants of this lean approach.

The 2024 DORA report found that teams in the elite performance cluster deploy on demand with lead times under a day and recovery times under an hour. That kind of speed usually pairs better with GitHub Flow than Git Flow.

Where GitLab Flow Fits

GitLab Flow sits between the two. It keeps the simplicity of feature branches merging into main but adds environment branches (staging, pre-production) and ties branches to issues in the tracker.

If your team uses environment-based deployments but doesn’t need the full release branch ceremony, GitLab Flow is the middle ground.

Comparison at a Glance

Research comparing branch-based and trunk-based workflows found that 84% of surveyed developers used branch-based approaches, with Git Flow and GitHub Flow being the most frequently cited models. Trunk-based development came in at just 12%.

But here’s the nuance most comparisons miss. Git Flow isn’t “worse” than GitHub Flow. It’s designed for a different type of project. Forcing Git Flow onto a web app that ships ten times a day is just as bad as forcing GitHub Flow onto a desktop application that ships quarterly. The branching strategy should match your software release cycle, not the other way around.

When Git Flow Works Best

Not every team needs this much structure. But some absolutely do.

Versioned Software with Scheduled Releases

This is Git Flow’s sweet spot. Mobile application development is a good example. Both iOS and Android apps go through app store review processes that demand stable, versioned builds. You can’t just push a fix to production in five minutes.

Desktop software, embedded systems, firmware, on-premise enterprise tools. Anything where the end user runs a specific version falls into this category.

Git Flow’s release branch gives teams a space to stabilize without blocking ongoing feature work on develop. That separation matters when your software development process involves QA cycles measured in weeks, not minutes.

Large Teams with Parallel Feature Development

The Octoverse 2025 report showed that over 36 million new developers joined GitHub in a single year. Teams are getting bigger, and bigger teams mean more people touching the same codebase at once.

With 20 or more developers, you need clear rules about where code goes and when. Git Flow’s structure provides that. Feature branches keep people isolated. The develop branch acts as a checkpoint. Release branches give QA a target.

Teams of 50 or more developers, especially in regulated industries like healthcare and finance, almost always need this level of branching discipline.

Products Supporting Multiple Versions

Some products maintain version 3.x for existing enterprise customers while actively building version 4.x. Git Flow handles this through its tagging system on main and the ability to create support branches from specific tags.

This is something GitHub Flow simply can’t do. If you only have one main branch and you’re deploying continuously, there’s no clean way to backport a security fix to a version you shipped six months ago.

The Graphite branching strategy guide puts it well: larger teams prefer Git Flow, while smaller teams benefit from simpler workflows. Project complexity and deployment frequency should drive the decision, not hype.

Common Problems with Git Flow

Git Flow has real friction points. Some are fixable with discipline. Others are built into the model itself.

Merge Conflicts from Long-Lived Branches

This is the big one. Feature branches that live for weeks accumulate changes that drift further from develop with every passing day.

Atlassian’s own documentation on Git Flow notes that long-lived feature branches have a higher risk of deviating from the trunk and can introduce conflicting updates. Research from DEV Community puts it more bluntly: merge conflicts can consume 10-20% of developer time in collaborative projects.

A comparative study by a Medium engineering team found that under Git Flow, merge conflicts accumulated over time as features diverged, pull requests piled up, and feedback loops slowed down considerably.

The fix? Merge develop into your feature branch regularly. But that adds overhead, and many teams forget until it’s too late.

Branch Management Overhead

Five branch types. Each with its own rules about where it comes from and where it goes. For a team of three people building a web app, that’s too much ceremony.

Common mistakes teams make with Git Flow, per the End of Line Blog:

• Pushing changes to the wrong branch
• Starting support branches from incorrect parent branches
• Forgetting to tag releases on main

These aren’t edge cases. They happen constantly, especially when developers are new to the model.

Poor Fit for CI/CD Workflows

The 2024 DORA State of DevOps Report found that elite teams deploy on demand with lead times under a day. Git Flow’s release branch cycle works against that speed.

A 2023 JetBrains survey showed only about 22% of teams still use Git Flow. The decline tracks directly with the rise of continuous integration and continuous deployment practices.

Vincent Driessen addressed this in his 2020 reflection note. He said teams doing continuous delivery should use a simpler workflow. That’s the creator of Git Flow saying it’s not the right fit for every project.

Git Flow in Practice with Real Tools

The branching model doesn’t exist in a vacuum. It runs inside platforms and IDEs that shape how teams actually use it day to day.

Using Git Flow with GitHub Pull Requests

GitHub doesn’t have built-in Git Flow support, but pull requests map onto it cleanly. Feature branches get PRs against develop. Release branches get PRs against main.

You’ll want branch protection rules on both main and develop. Require code reviews, passing CI checks, and no direct pushes. GitHub Actions can run your build pipeline automatically on every PR.

GitHub Actions now runs over 5 million workflows daily, with a 40% year-over-year increase in usage, according to CoinLaw’s GitHub statistics. That automation pairs well with Git Flow’s structured merge rules.

Bitbucket and GitLab Support

Bitbucket: Atlassian built Bitbucket with Git Flow in mind. Branch permissions, merge checks, and the Bitbucket Pipelines CI/CD system all support the model natively.

GitLab: Merge requests work similarly to GitHub PRs. GitLab’s built-in CI/CD pipelines can be configured per branch type, running different test suites on feature branches versus release branches.

Over 90% of Fortune 100 companies now use GitHub in their workflows, per SQ Magazine. But Bitbucket and GitLab hold meaningful share in enterprise settings where Atlassian or self-hosted solutions are preferred.

IDE Integrations

SourceTree (also by Atlassian) is probably the friendliest option if your team uses Git Flow heavily. The toolbar buttons map directly to git flow feature start, git flow release finish, and every other command. No terminal needed.

How to Set Up Git Flow in a New Repository

Getting started takes about five minutes. But the setup decisions you make here affect how smooth (or painful) the next six months will be.

Initializing the Repository

Create your repository and push an initial commit to main. Then create the develop branch from main.

If you’re using the git-flow extension, run git flow init. It sets up the branch structure and naming conventions in one step. Accept the defaults unless your team has specific prefix preferences.

For teams already using an existing repo, the extension handles the initialization gracefully. It won’t overwrite anything. Just make sure develop doesn’t already exist with a different purpose.

Configuring Branch Protection

On main: Require pull request reviews, status checks (CI passing), and no force pushes. This branch should be locked down tight. Only release and hotfix merges touch it.

On develop: Require pull request reviews and passing tests. Allow feature branch merges through PRs only.

The JetBrains CI/CD survey found that the strongest driver of tool adoption is ecosystem fit, meaning teams choose CI/CD tools that live where their code lives. Configure your pipeline triggers to match the Git Flow branch structure so feature, release, and hotfix branches all run the right checks automatically.

Documenting the Strategy for Your Team

Write it down. Seriously. A one-page doc in your repo’s wiki or a CONTRIBUTING.md file is enough.

Cover these:

• Branch naming conventions (feature/, release/, hotfix/)
• Where each branch type starts and finishes
• Who can merge into main and develop

Good technical documentation on branching rules prevents the most common Git Flow mistakes. The End of Line Blog catalog of errors (wrong branch merges, missed tags, confused developers) almost always traces back to teams that never wrote down their workflow.

Alternatives to Git Flow for Modern Teams

Git Flow isn’t going anywhere, but it’s no longer the default recommendation for most teams. Here’s what’s replaced it in many organizations.

Trunk-Based Development

Everyone commits to main (the “trunk”) multiple times a day. No long-lived branches. Small changes, fast feedback.

The 2024 Accelerate research showed elite teams deploy 182 times more frequently than low performers, with 127 times faster change lead times. Those numbers come from teams practicing trunk-based approaches, not Git Flow.

Google, Meta, and Netflix all use variants of this method. It works best when you have strong automated testing and a culture of small, incremental commits.

Feature Flags as a Replacement for Feature Branches

Feature flags flip the model entirely. Instead of isolating incomplete work in a branch, you merge it into main behind a toggle. The code exists in production but stays invisible to users until you activate it.

What this solves:

• No long-lived branches means fewer merge conflicts
• Instant rollbacks by toggling the flag off
• Gradual rollouts to specific user groups

Atlassian’s documentation on trunk-based development calls feature flags a “nice complement” that lets developers merge incomplete features without exposing them. LaunchDarkly’s engineering team describes the pairing as a catalyst for developer productivity.

How Team Size and Deployment Frequency Drive the Decision

The Stack Overflow 2025 Developer Survey drew over 49,000 responses from 177 countries. The software development methodologies those developers use increasingly favor lighter branching strategies paired with strong automation.

But the data doesn’t say Git Flow is dead. It says Git Flow is specific. It works for specific types of projects, specific team sizes, and specific release cadences. Pick based on what you’re building, not what’s trending on Twitter.

FAQ on What Is Git Flow

What is the purpose of Git Flow?

Git Flow provides a structured branching model for managing parallel development, releases, and hotfixes. It assigns specific roles to branches so teams can build features, stabilize releases, and patch production bugs without disrupting each other’s work.

Who created the Git Flow model?

Vincent Driessen published the model in January 2010 on his blog at nvie.com. It became one of the most referenced branching strategies in version control history, though Driessen himself later noted it doesn’t suit every project type.

What are the main branches in Git Flow?

Two permanent branches: main (production-ready code) and develop (integration branch). Three temporary types: feature branches for new work, release branches for stabilization, and hotfix branches for urgent production fixes.

Is Git Flow the same as GitHub Flow?

No. GitHub Flow uses only one main branch with short-lived feature branches. Git Flow uses five branch types and a more structured release process. GitHub Flow fits continuous deployment better, while Git Flow suits versioned release cycles.

Do I need the git-flow extension to use Git Flow?

No. The extension just wraps standard Git commands into shortcuts like git flow feature start. You can follow the exact same branching model using plain Git. The extension saves keystrokes but isn’t required.

When should I use Git Flow instead of trunk-based development?

Use Git Flow when your project ships versioned releases, supports multiple production versions, or has long QA cycles. Trunk-based development works better for teams deploying continuously to a single production environment.

Does Git Flow work with CI/CD pipelines?

It can, but it’s tricky. CI/CD pipelines pair more naturally with simpler branching strategies. You’ll need to configure separate pipeline triggers for feature, release, and hotfix branches, which adds configuration overhead compared to trunk-based setups.

What is a hotfix branch in Git Flow?

A hotfix branch is created directly from main to fix urgent production bugs. Once the fix is complete, it merges into both main and develop. This is the only branch type that bypasses the normal release cycle.

Why has Git Flow declined in popularity?

The shift toward continuous delivery and web-based applications made Git Flow’s structured release branches feel heavy. A 2023 JetBrains survey found only about 22% of teams still use it, down from much higher adoption years earlier.

Can Git Flow handle large teams effectively?

Yes. Git Flow actually works well for large teams (20+ developers) because its strict branch rules prevent chaos. Feature branch isolation and controlled merges into develop give bigger teams the coordination structure they need.

Conclusion

Understanding what is Git Flow comes down to recognizing it as a branching strategy built for structured release management. It’s not the only way to organize your repository, but for teams shipping versioned software with scheduled release cycles, it still solves real problems.

The model gives you clear rules for feature development, release stabilization, and production hotfixes. That structure matters when multiple developers work on the same project simultaneously.

But context is everything. Teams practicing continuous delivery on web applications will likely find trunk-based development or GitHub Flow a better fit. Smaller teams with fast deployment pipelines don’t need five branch types.

Match your branching model to your release cadence, team size, and deployment frequency. The best Git workflow is the one your whole team actually follows.

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Bogdan Sandu

Bogdan Sandu specializes in web design, focusing on creating user-friendly websites, and innovative UI kits.

Many of his resources are available on various design marketplaces and for free on Codepen.

Over the years, he's worked with a range of clients and contributed to design publications like Design Your Way, Designmodo, WebDesignerDepot, WPDean, Speckyboy, and Slider Revolution among others.

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