Alternatives to Git, ranked by what they fix and what they break
Git dominates version control, but it is not always the best fit. Teams working with large binary files, game assets, or centralized workflows sometimes need alternatives. This page compares version control systems and Git hosting alternatives by workflow model, file-size handling, and team fit.
Compare the tools belowHead-to-head comparisons
Git alternatives comparison at a glance
Every tool name links to its full write-up.
| Tool | Published price | Deployment | Free trial | Best for | Pricing detail |
|---|---|---|---|---|---|
| Perforce Helix Core | quote only | Not stated | No | Not stated | See pricing |
| Mercurial | quote only | Not stated | No | Not stated | See pricing |
| Apache Subversion | quote only | Not stated | No | Not stated | See pricing |
| Plastic SCM | quote only | Not stated | No | Not stated | See pricing |
| Fossil | quote only | Not stated | No | Not stated | See pricing |
| Bitbucket | quote only | Cloud | Yes | Not stated | See pricing |
| Azure DevOps | quote only | Cloud | Yes | Not stated | See pricing |
Showing 7 of 7. Published price is the figure the vendor states; “quote only” means it states none.
Scoring these vendors side by side takes a weighted sheet, not a notepad. The vendor evaluation scorecard weights price, support, lead time and reliability, then rates each shortlisted vendor 1 to 5 against the same criteria.
Git alternatives software explained
Git is the default version control system for software development, used by over 95% of developers according to Stack Overflow surveys. It won. So why does anyone search for alternatives? Because Git's design makes specific trade-offs that create genuine pain for specific workflows: large binary files, monorepos at scale, non-technical collaborators, file locking for non-mergeable assets, and the sheer complexity of Git's mental model for teams outside traditional software development.
The 'alternatives to Git' search is driven by three distinct audiences. First: game studios, VFX houses, and hardware teams that work with large binary files (3D models, textures, audio, CAD files) where Git's architecture fundamentally struggles — Git stores full copies of binary diffs, Git LFS is a bolted-on workaround, and merge conflicts on binary files are unresolvable. Second: enterprises with massive monorepos (hundreds of GB, millions of files) where Git's performance degrades because it was designed for Linux-kernel-scale repositories, not Google-scale ones. Third: teams frustrated with Git's UX complexity who want something simpler — though this group usually needs better Git tooling, not a different VCS.
This page covers genuine alternatives to Git — systems with fundamentally different architectures or trade-offs — not Git hosting platforms (GitHub, GitLab, Bitbucket) or Git GUI clients (Sourcetree, GitKraken). The distinction matters: if your problem is Git's UX, a better GUI client may solve it. If your problem is Git's architecture (binary file handling, repo scale, locking), you need a different version control system entirely.
Curated list of best alternatives to Git
Full write-ups for each tool: pricing, deployment, strengths and limitations.
- Price
- Quote only
- Deployment
- Not specified
- Free trial
- No
Enterprise version control system built for large-scale binary assets, game development, and regulated industries. Compare it on subscription pricing. No free trial is listed, so expect a sales-led evaluation. If fit is the open question, compare it against the alternatives.
- Best for
- Perforce Helix Core prices subscription.
- Main tradeoff
- No free trial listed — evaluation requires vendor involvement.
- Buying motion
- Expect a vendor-led evaluation around subscription pricing.
- Not ideal for
- Not a fit if the team needs hands-on testing before vendor conversations.
“Teams usually judge Perforce Helix Core on how quickly it is useful after rollout, how much tuning it needs, and how much admin work it adds.”
Strengths
- Subscription pricing fits scoped evaluations
- Strong fit for evaluation-stage research
- Useful for structured evaluation comparison work
Watch outs
- No clear self-serve trial path listed
- Platform coverage needs closer validation
- Rollout details need extra validation early
- Price
- Quote only
- Deployment
- Not specified
- Free trial
- No
Distributed version control system designed for speed and scalability with a simple, intuitive command set. Compare it on open-source pricing. No free trial is listed, so expect a sales-led evaluation. If fit is the open question, compare it against the alternatives.
- Best for
- Mercurial prices open-source.
- Main tradeoff
- No free trial listed — evaluation requires vendor involvement.
- Buying motion
- Expect a vendor-led evaluation around open-source pricing.
- Not ideal for
- Not a fit if the team needs hands-on testing before vendor conversations.
“Teams usually judge Mercurial on how quickly it is useful after rollout, how much tuning it needs, and how much admin work it adds.”
Strengths
- Open-source pricing fits scoped evaluations
- Strong fit for evaluation-stage research
- Useful for structured evaluation comparison work
Watch outs
- No clear self-serve trial path listed
- Platform coverage needs closer validation
- Rollout details need extra validation early
- Price
- Quote only
- Deployment
- Not specified
- Free trial
- No
Centralized version control system for managing files and directories with atomic commits and branching. Compare it on open-source pricing. No free trial is listed, so expect a sales-led evaluation. If fit is the open question, compare it against the alternatives.
- Best for
- Apache Subversion prices open-source.
- Main tradeoff
- No free trial listed — evaluation requires vendor involvement.
- Buying motion
- Expect a vendor-led evaluation around open-source pricing.
- Not ideal for
- Not a fit if the team needs hands-on testing before vendor conversations.
“Teams usually judge Apache Subversion on how quickly it is useful after rollout, how much tuning it needs, and how much admin work it adds.”
Strengths
- Open-source pricing fits scoped evaluations
- Strong fit for evaluation-stage research
- Useful for structured evaluation comparison work
Watch outs
- No clear self-serve trial path listed
- Platform coverage needs closer validation
- Rollout details need extra validation early
- Price
- Quote only
- Deployment
- Not specified
- Free trial
- No
Version control system optimized for game development and large binary files with visual branch management. Compare it on freemium pricing. No free trial is listed, so expect a sales-led evaluation. If fit is the open question, compare it against the alternatives.
- Best for
- Plastic SCM prices freemium.
- Main tradeoff
- No free trial listed — evaluation requires vendor involvement.
- Buying motion
- Expect a vendor-led evaluation around freemium pricing.
- Not ideal for
- Not a fit if the team needs hands-on testing before vendor conversations.
“Teams usually judge Plastic SCM on how quickly it is useful after rollout, how much tuning it needs, and how much admin work it adds.”
Strengths
- Freemium pricing fits scoped evaluations
- Strong fit for evaluation-stage research
- Useful for structured evaluation comparison work
Watch outs
- No clear self-serve trial path listed
- Platform coverage needs closer validation
- Rollout details need extra validation early
- Price
- Quote only
- Deployment
- Not specified
- Free trial
- No
All-in-one distributed version control with built-in bug tracking, wiki, and web interface in a single executable. Compare it on open-source pricing. No free trial is listed, so expect a sales-led evaluation. If fit is the open question, compare it against the alternatives.
- Best for
- Fossil prices open-source.
- Main tradeoff
- No free trial listed — evaluation requires vendor involvement.
- Buying motion
- Expect a vendor-led evaluation around open-source pricing.
- Not ideal for
- Not a fit if the team needs hands-on testing before vendor conversations.
“Teams usually judge Fossil on how quickly it is useful after rollout, how much tuning it needs, and how much admin work it adds.”
Strengths
- Open-source pricing fits scoped evaluations
- Strong fit for evaluation-stage research
- Useful for structured evaluation comparison work
Watch outs
- No clear self-serve trial path listed
- Platform coverage needs closer validation
- Rollout details need extra validation early
- Price
- Quote only
- Deployment
- Cloud
- Free trial
- Yes
For a shop already running Jira and Confluence, Bitbucket is the path of least resistance: issue-to-pull-request linking works natively, Pipelines covers CI/CD without a third-party runner, and the bill arrives per user on Atlassian's cloud. Outside that ecosystem the calculation changes, since GitHub and GitLab carry broader community ecosystems around them. Compare it on cloud deployment, per-user pricing, Web support. A free trial is available. If fit is the open question, compare it against the alternatives.
- Best for
- Bitbucket deploys as cloud, covers Web, prices per-user, listed for SMB, Enterprise. Free trial available.
- Main tradeoff
- Depth varies by deployment model
- Buying motion
- Start with the free trial, then compare per-user pricing against shortlisted alternatives.
- Not ideal for
- Not a fit if depth varies by deployment model is a dealbreaker.
“Git hosting with native Atlassian integration, making it the practical default for teams already running Jira and Confluence. The Jira-to-pull-request linking and built-in Pipelines CI/CD reduce integration surface for Atlassian-centric shops; teams outside that ecosystem will generally find GitHub and GitLab have broader community tooling.”
Strengths
- Fast time to value
- Useful automation coverage
- Solid visibility for IT operations
Watch outs
- Pricing requires validation
- Depth varies by deployment model
- Platform coverage needs closer validation
- Price
- Quote only
- Deployment
- Cloud
- Free trial
- Yes
Source control, build and release pipelines, work item boards, and test plans sit inside one Microsoft suite. That makes Azure DevOps behave as a platform, not a collection of point products. Organizations already inside the Microsoft ecosystem often start here on licensing proximity to subscriptions they already hold. It scales from small teams up to complex multi-project enterprise setups. Compare it on cloud deployment, per-user pricing, Web support. A free trial is available. If fit is the open question, compare it against the alternatives.
- Best for
- Azure DevOps deploys as cloud, covers Web, prices per-user, listed for SMB, Enterprise. Free trial available.
- Main tradeoff
- Depth varies by deployment model
- Buying motion
- Start with the free trial, then compare per-user pricing against shortlisted alternatives.
- Not ideal for
- Not a fit if depth varies by deployment model is a dealbreaker.
“Microsoft's integrated suite covering source control, pipelines, boards, and test plans functions as a platform rather than a point tool. Organizations in the Microsoft ecosystem often start here because of licensing proximity to existing subscriptions, and it scales well from small teams to complex multi-project enterprise setups.”
Strengths
- Fast time to value
- Useful automation coverage
- Solid visibility for IT operations
Watch outs
- Pricing requires validation
- Depth varies by deployment model
- Platform coverage needs closer validation
How to shortlist git alternatives software
Teams usually compare git alternatives vendors on deployment fit, automation depth, reporting quality, and operational overhead. In this directory, buyers can narrow the field using pricing, deployment model, operating system coverage, and trial availability before moving into side-by-side comparisons. Read how we review software and our ranking methodology.
How we selected these tools
We included the tools that hold up best on implementation effort, pricing structure, trial access, platform coverage and published reviews. See our pricing transparency policy for how we verify vendor pricing claims.
When to evaluate git alternatives
Git alternatives matter most for game studios, hardware design teams, and large engineering organizations where binary assets, monorepo scale, or centralized access control exceed what Git handles well.
The category is also relevant for developers frustrated with Git's UI and merge model who want to try modern VCS tools that prioritize usability without sacrificing distributed workflows.
Common evaluation mistakes
Buyers often evaluate alternatives based on theoretical advantages without testing the migration path, ecosystem support, and CI/CD integration that determine whether the switch is practical.
Another common mistake is switching VCS to solve a workflow problem — if the team struggles with merge conflicts in Git, the same discipline issues will follow to any other tool.
Building your shortlist
A vendor list survives procurement when the team can show a specific, measurable pain point that Git cannot solve and that the alternative demonstrably fixes in a proof-of-concept.
The strongest shortlist separates teams that need centralized VCS for binary assets from teams exploring modern DVCS tools for developer experience, since the evaluation criteria are different.
Types of git alternatives tools
Centralized version control systems
Best for teams managing large binary assets, game art, or hardware designs where Git's distributed model creates clone and storage problems.
Next-generation distributed VCS
Stronger fit for teams that like Git's model but want better merge algorithms, UI, or monorepo performance.
Cloud-hosted monorepo solutions
More relevant for large engineering organizations that need Git-compatible tooling with virtual filesystem support for massive repositories.
Git alternatives software features that matter
- Version control with branching, merging, and history inspection
- Large file and binary asset handling without performance degradation
- Monorepo or large-repository performance at scale
- Access control with path-level or branch-level permissions
- Integration with CI/CD, code review, and project management tools
- Migration tooling from Git or to Git for hybrid workflows
Git alternatives software pricing
Perforce Helix Core offers free tiers for small teams but enterprise licensing scales per user, and the server infrastructure adds operational cost.
Modern alternatives like Jujutsu or Pijul are open-source and free, but the ecosystem and tooling around them is less mature than Git's.
Teams should factor migration cost — moving a large repository with full history from Git to another VCS is a significant one-time investment.
When this category is overkill
Switching from Git is overkill for standard software teams whose codebases are text-heavy and small enough that Git handles cloning, branching, and merging without performance issues.
It is also unnecessary when the real problem is Git workflow complexity rather than Git itself — better branching conventions or a simpler review process may solve the pain without changing tools.
Other options and adjacent paths
Git LFS or Git Annex for teams that want to stay on Git but need better large-file handling.
Virtual filesystem layers like VFSForGit or Scalar for organizations that need Git-compatible monorepo performance without leaving the Git ecosystem.
Cloud-hosted repositories with built-in large-file support for teams that want managed infrastructure without operating a Perforce server.
What to look for, and what to ignore
Must have
- Handles your specific file types and sizes efficiently
- This is the single most important criterion. If your repo is 90% source code under 10 GB, Git handles it perfectly. If your repo includes large binaries (game assets, design files, media), you need a VCS designed for that workload. Match the tool to your actual file mix.
- Integrates with your CI/CD pipeline and code review workflow
- Version control is the foundation of your development pipeline. Every other tool (CI/CD, code review, deployment, issue tracking) connects to it. A VCS that does not integrate with your existing toolchain creates friction at every step.
- Performance at your actual repository size (not demo size)
- Every VCS performs well on small repos. Test with a repository that matches your actual size: file count, total size, binary file ratio, branch count, and history depth. Performance differences only emerge at scale.
- Branching and merging that matches your team's workflow
- Some teams use trunk-based development, others use feature branches, others use stacked diffs. The VCS must support your actual workflow efficiently. Perforce's branching model differs fundamentally from Git's — verify it fits before committing.
- Sufficient ecosystem and community for long-term viability
- Your VCS choice is a 5-10 year commitment. Choose a system with active development, community support, and ecosystem tooling. Niche VCS systems that lose maintainer interest become liabilities.
- Reasonable learning curve for your team's skill mix
- A VCS that only programmers can use is a problem if your team includes artists, designers, or writers. Evaluate the tool against your least technical team members, not your most technical ones.
- Reliable backup and disaster recovery
- Git's distributed model provides inherent backup (every clone is a full backup). Centralized VCS systems require explicit backup strategies. Understand the disaster recovery model before committing.
- Offline work capability (if your team needs it)
- Distributed VCS (Git, Mercurial, Jujutsu) allows full offline work: commit, branch, diff, log without server access. Centralized VCS (Perforce, SVN) requires server connectivity for most operations. If your team works offline (travel, remote sites), this is a hard requirement.
Worth having
- File locking for non-mergeable file types
- Essential for game dev and VFX workflows. Not needed for pure source code teams. Perforce and Plastic SCM support it natively; Git LFS has limited locking support.
- Path-based access controls
- Valuable for large organizations with IP protection requirements. Git cannot do this; Perforce handles it natively. Most small-to-mid teams do not need it.
- Virtual filesystem / lazy loading for huge repos
- Allows developers to work in repos much larger than their local disk by only downloading files on access. Perforce and VFS for Git (Scalar) support this. Only relevant for repos exceeding 50-100 GB.
- Built-in code review workflow
- Some VCS platforms include code review (Perforce Swarm, Plastic SCM). For Git users, code review lives in the hosting platform (GitHub, GitLab). Built-in review reduces tool sprawl but may be less capable than dedicated tools.
- Git compatibility layer for gradual migration
- Jujutsu and Sapling can operate on Git repositories, allowing gradual adoption without migrating the repo itself. This dramatically lowers the switching cost and risk.
Overrated
- Distributed architecture as an inherent advantage
- Git evangelists treat 'distributed' as a feature. But most Git users work with a centralized remote (GitHub) and never use Git's distributed capabilities (pulling from peers, multiple remotes, offline branching). For teams that always have server connectivity, centralized VCS is simpler and equally effective. Distributed is an architecture, not a virtue.
- Speed of local operations
- Git is famously fast for local operations (commit, diff, log). But local operation speed matters less than it did in 2005 when Linus built Git. Network speeds have improved dramatically, and most developers spend more time waiting for CI pipelines than for VCS operations. A centralized VCS with sub-second network operations is fast enough for any modern workflow.
- Complete history available locally
- Git downloads the complete repository history on clone. This is presented as a feature, but for most developers it is overhead: they rarely need history older than a few months, and having it locally means larger clone sizes and disk usage. Shallow clones and partial clones are Git's admission that full local history is not always desirable.
- Any VCS claiming to be 'the next Git'
- Version control alternatives succeed by being excellent for specific workflows that Git handles poorly (large binaries, massive scale, simplified UX). They fail when they try to be a general-purpose Git replacement. The Git ecosystem is so entrenched that any general-purpose alternative will lose on ecosystem, tooling, and hiring. Look for tools that solve your specific problem, not tools that claim to replace Git entirely.
What Git Alternatives actually costs
Git itself is free and open-source. Git hosting (GitHub, GitLab, Bitbucket) ranges from free to $21/user/month for enterprise features. Most Git alternatives are also free (Mercurial, Jujutsu, Sapling, SVN, Fossil) or have free tiers for small teams. The exception is Perforce Helix Core, which is free for up to 5 users but requires commercial licensing at scale. The pricing question for Git alternatives is not 'how much does the tool cost' but 'how much does switching cost in migration effort, retraining, and ecosystem integration.'
| Pricing model | Typical range | Examples |
|---|---|---|
| Free and open-source (most alternatives) | $0 for the VCS software | Git, Mercurial, Jujutsu (jj), Sapling, Subversion (SVN), Fossil — all free and open-source. Self-hosting costs apply (server infrastructure, maintenance). For Git, hosting is the cost: GitHub Free, GitLab Free, or self-hosted GitLab ($0 + infrastructure). |
| Free for small teams, commercial at scale (Perforce) | Free for up to 5 users and 20 workspaces; commercial licensing for larger teams | Perforce Helix Core: free for up to 5 users/20 workspaces (sufficient for small game studios). Commercial licensing is per-user, typically $40-$80/user/month at scale, with volume discounts for large deployments. Perforce does not publish pricing publicly — expect a sales conversation. |
| Subscription per user (Unity Version Control / Plastic SCM) | Free for up to 3 users (5 GB cloud storage); $9-$15/user/month for teams | Unity Version Control (formerly Plastic SCM): included in Unity Pro subscriptions. Standalone pricing: free tier for 3 users with 5 GB cloud, paid plans for larger teams. Pricing has changed multiple times since Unity's acquisition — verify current rates directly. |
| Git hosting with enterprise features | $0–$21/user/month | GitHub Free: unlimited public/private repos, 500 MB packages storage. GitHub Team: $4/user/month. GitHub Enterprise: $21/user/month. GitLab Free: unlimited repos, 5 GB storage. GitLab Premium: $29/user/month. GitLab Ultimate: $99/user/month. These are hosting platforms, not Git alternatives, but they are the real cost of using Git. |
| Total cost of switching (the real pricing consideration) | $50,000–$500,000+ in team productivity during migration | The VCS license cost is trivial compared to the switching cost. Migrating a 50-person team from Git to Perforce involves: 2-4 weeks of migration engineering, 1-2 weeks of team retraining, 2-8 weeks of CI/CD pipeline reconfiguration, and 3-6 months of reduced productivity as the team adapts. At a blended cost of $150/hour, a 50-person team losing 10% productivity for 3 months costs approximately $300,000. |
Costs that are easy to miss
- CI/CD pipeline reconfiguration: every CI/CD pipeline, deployment script, and automation that references Git commands must be rewritten for the new VCS. This is often the most time-consuming part of migration.
- Ecosystem tool integration: code review tools, IDE plugins, monitoring dashboards, and developer productivity tools all assume Git. Switching VCS may require replacing or reconfiguring multiple tools in the chain.
- Training and productivity loss: even experienced developers take 2-4 weeks to become comfortable with a new VCS. Non-technical team members (artists, designers) take longer. Budget for explicit training and a 3-6 month ramp-up period.
- History migration (or loss): migrating Git history to a centralized VCS is complex. Many teams start fresh with the new VCS and archive the Git repository, losing easy access to historical context.
- Hiring impact: nearly every developer knows Git. Requiring Perforce or SVN knowledge narrows your hiring pool and adds onboarding overhead for every new hire.
- Lock-in: switching VCS is so expensive that it is effectively irreversible. Choose carefully because you are committing for 5-10 years.
For most software teams: Git is free, and the real cost is hosting ($0-$21/user/month on GitHub or GitLab). Do not switch unless you have a specific, documented pain point that Git cannot solve. For game studios and VFX teams: budget $40-$80/user/month for Perforce licensing (free for up to 5 users), plus $50,000-$200,000 in migration and training costs for a team of 20-100. The ROI comes from eliminating binary file conflicts, reducing checkout times, and enabling non-technical team members to use version control effectively. For teams frustrated with Git's UX but not its architecture: try Jujutsu (free, Git-compatible) before considering a full VCS switch. It gives you a better interface without the migration cost.
How to compare them
- File type and size profile of your actual repository
This is the primary decision driver. Repos that are mostly source code under 10 GB: Git wins. Repos with large binary files (game assets, media, CAD): centralized VCS (Perforce, Plastic SCM) wins. Mixed repos: depends on the ratio and your team's tolerance for Git LFS complexity.
Ask: What percentage of our repo is binary files? What is the average and maximum individual file size? How often do binary files change? Do we need locking for non-mergeable files?
- Repository scale (file count, total size, history depth)
Git handles repositories up to ~20 GB and a few hundred thousand files well. Beyond that, performance degrades. Perforce handles repositories with millions of files and hundreds of GB without issues. If your repo is within Git's comfortable range, there is no reason to switch for scale alone.
Ask: How large is our repository today? How fast is it growing? What is the file count? At our current growth rate, when will we hit Git's performance limits?
- Team composition (developers vs non-technical collaborators)
Pure developer teams can use any VCS — developers adapt to tools. Teams that include artists, designers, writers, or other non-technical collaborators need a VCS with an accessible GUI and a simple mental model. Git's command-line complexity is a real barrier for non-developers.
Ask: What percentage of VCS users are non-developers? What is the minimum acceptable UX for our least technical team members? Can we provide GUI-only workflows?
- Ecosystem and tooling requirements
Git's ecosystem is unmatched: GitHub, GitLab, thousands of integrations, every IDE, every CI/CD system. Switching to a non-Git VCS means verifying that every tool in your chain works with the alternative. Perforce has good ecosystem support for game dev; other alternatives have narrower ecosystems.
Ask: Which CI/CD systems, code review tools, IDE plugins, and monitoring tools do we use? Do they support the alternative VCS? What is the cost of replacing or reconfiguring tools that do not?
- Migration cost and reversibility
Switching VCS is one of the most expensive infrastructure decisions a team can make. The cost is measured in months of reduced productivity, not dollars. Git-compatible alternatives (Jujutsu, Sapling) are zero-cost to try and fully reversible. Full VCS migrations are expensive and effectively irreversible.
Ask: Can we try the alternative without committing to a full migration? Is there a Git compatibility layer? What is our rollback plan if the migration fails?
- Long-term viability and community health
Your VCS choice is a multi-year commitment. Evaluate the alternative's development activity, community size, corporate backing, and trajectory. Mercurial lost most of its community when Bitbucket dropped support. Jujutsu is gaining momentum with Google's backing. Perforce is established in game dev but niche elsewhere.
Ask: How active is the project's development? Who maintains it? How large is the user community? What is the trajectory — growing or shrinking?
Common mistakes
- Switching VCS because of a problem with Git hosting, not Git itself
Developers conflate Git (the VCS) with GitHub or GitLab (the hosting platform). Frustrations with PR reviews, CI integration, or repo management are hosting problems, not Git problems.
Instead: Identify whether the pain is in Git (the local tool) or the hosting platform. If it is the hosting platform, switch platforms (GitHub ↔ GitLab ↔ Bitbucket), not version control systems.
- Choosing Perforce because 'AAA game studios use it' without evaluating fit
Perforce is the default in large game studios, and teams assume it is the right choice for any game project. But Perforce's strength is scale: hundreds of developers, hundreds of GB of assets. A 5-person indie studio does not need Perforce's complexity and would be better served by Git LFS or Plastic SCM.
Instead: Evaluate Perforce against your actual repo size, team size, and workflow. For small game teams (<20 people, <50 GB), Git LFS or Unity Version Control may be simpler and sufficient.
- Evaluating VCS by feature comparison instead of workflow fit
Feature comparison tables are easy to create and look objective. But VCS selection is about workflow fit: how does the tool handle the specific operations your team performs 100 times a day?
Instead: Define your top 10 most common workflows (commit, branch, merge, handle binary conflicts, onboard new team members) and test each VCS against those specific workflows with your actual repository.
- Ignoring the hiring and onboarding cost of a non-Git VCS
Teams evaluate the VCS in isolation without considering that every new hire will need to learn a non-standard tool. In a Git-dominant world, choosing a non-Git VCS adds onboarding overhead to every hire for the life of the system.
Instead: Factor in the ongoing cost: 1-2 weeks of additional onboarding per new hire, reduced applicant pool (some candidates will pass on a role that uses an unfamiliar VCS), and the organizational knowledge burden of maintaining non-standard tooling.
- Not trying Git-compatible alternatives first
Teams jump from 'Git is frustrating' to 'we need Perforce' without exploring the middle ground. Jujutsu and Sapling provide a dramatically better UX while operating on Git repositories — zero migration cost, full reversibility.
Instead: If your problem is Git's UX (not its architecture), have two or three developers try Jujutsu for two weeks. If it solves the UX problems, you avoid the most expensive infrastructure migration in software development.
Before you buy
- 1Document the specific, measurable problems Git is causing. If you cannot quantify the pain (hours lost, conflicts per month, checkout time), the switch is probably not justified.
- 2Try Git-native solutions first: Git LFS for large files, sparse checkout for large repos, GUI clients for UX complexity, Jujutsu for workflow simplicity. These are lower-cost, lower-risk solutions.
- 3If Git-native solutions are insufficient, test the alternative VCS with your actual repository (or a representative subset) and your actual workflows. Demo repos do not reveal real-world performance.
- 4Verify that every tool in your development pipeline (IDE, CI/CD, code review, monitoring, issue tracking) supports the alternative VCS. Make a complete list and check each one.
- 5Estimate the full migration cost: server setup, repository migration, CI/CD reconfiguration, developer training, productivity loss during transition. Compare this to the annual cost of the problem you are solving.
- 6Run a pilot with 5-10 team members (including the most skeptical) for 2-4 weeks before committing to a full migration. If the pilot team is not enthusiastic, do not proceed.
- 7Plan your rollback strategy: if the migration fails or the alternative does not meet expectations, how do you return to Git? Is history preserved? Can you reverse the migration without data loss?
- 8Factor in the ongoing hiring cost: every future hire will need to learn a non-standard VCS. Estimate the additional onboarding time per hire and multiply by your annual hiring rate.
- 9For game studios evaluating Perforce: test with your actual asset sizes and your actual team size. Perforce's free tier (5 users) is sufficient for evaluation but does not test scale.
- 10Get buy-in from the team leads and most vocal developers before proceeding. A VCS migration forced from above without developer support will fail.
People also ask about Git alternatives
Is there a better version control system than Git?
'Better' depends entirely on your workflow. For traditional software development (source code, small-to-medium repos, distributed teams), Git is the best choice because of its performance, ecosystem, and ubiquity. For game development with large binary assets, Perforce Helix Core is better. For developers who find Git's UX frustrating, Jujutsu provides a better interface on top of Git. There is no universally 'better' VCS — only better fits for specific workflows.
Can I use Jujutsu or Sapling without migrating my Git repository?
Yes. Both Jujutsu and Sapling can operate directly on Git repositories. Jujutsu colocates with .git, and your teammates can continue using Git while you use jj — neither needs to know. This is the primary appeal of these tools: better UX with zero migration cost and full reversibility.
Why do game studios use Perforce instead of Git?
Three reasons: (1) Large binary file performance — game repos are often 50-500 GB of art assets. Perforce stores them centrally and only downloads what each user needs, while Git tries to clone the entire history locally. (2) File locking — game assets (textures, 3D models, audio) cannot be merged. Perforce supports exclusive locks that prevent two artists from editing the same file simultaneously. (3) Scale — Perforce handles millions of files and hundreds of GB without the performance degradation that Git experiences at that scale.
Is SVN still used in 2026?
Yes, though its market share has declined to single digits. SVN persists in regulated industries (defense, finance, healthcare) where centralized access control and audit trails are required, in legacy codebases where the migration cost to Git is not justified, and in organizations where the simplicity of centralized version control is preferred. Apache Foundation still maintains SVN actively.
What happened to Mercurial?
Mercurial was Git's primary competitor from 2005-2015, offering a cleaner UX and a simpler conceptual model. It lost the adoption war when GitHub became dominant (Mercurial had Bitbucket, but Bitbucket dropped Mercurial support in 2020). Mercurial survives primarily in the Mozilla ecosystem (Firefox development) and a few other projects. It is not recommended for new projects due to the shrinking ecosystem and community.
Is Perforce free?
Perforce Helix Core is free for up to 5 users and 20 workspaces, with no data size limits. This is sufficient for small studios to evaluate and even use in production. Beyond 5 users, commercial licensing is required — pricing is per-user and negotiated through sales. For a 50-person team, expect approximately $40-$80/user/month, though Perforce does not publish pricing publicly.
Should I use Git LFS or switch to Perforce for large files?
Try Git LFS first. It works well for teams with moderate large file needs (up to ~20 GB of tracked large files, relatively low change frequency). Git LFS breaks down when: you have hundreds of GB of large files, many binary files change frequently, you need file locking (Git LFS locking is limited), or clone/checkout performance with LFS is unacceptable. If Git LFS solves your problem, stay with Git — the ecosystem advantages outweigh Perforce's technical advantages for large file handling.
What is Jujutsu and why is it getting attention?
Jujutsu (jj) is a version control system created at Google that provides a radically simpler mental model than Git while remaining fully compatible with Git repositories. Key innovations: the working copy is always a commit (no staging area), conflicts are stored in commits as data (not blocking operations), automatic rebasing keeps branches up to date, and undo works consistently for every operation. It operates on Git repositories transparently, so teams can adopt it incrementally. It has gained significant attention in 2025-2026 as the most compelling Git UX alternative.
Can I use Git for game development?
Yes, with caveats. Many indie and small game studios use Git successfully, especially with Git LFS for large assets. The setup works for teams under 20 people with repos under 50 GB. It becomes painful at larger scale: Git LFS adds complexity, clone times grow, and the lack of file locking means artists must coordinate manually to avoid overwriting each other's work. Unity Version Control (Plastic SCM) and Perforce are better for large teams with heavy binary asset workflows.
How long does it take to migrate from Git to Perforce?
For a team of 20-50 people: plan 2-6 months total. Server setup and initial repository migration: 2-4 weeks. CI/CD pipeline reconfiguration: 2-4 weeks. Developer environment setup and training: 1-2 weeks. Parallel operation period (both systems running): 4-8 weeks. Cutover and decommissioning: 1 week. The timeline scales with team size, pipeline complexity, and the number of integrations that reference Git directly. Productivity typically returns to pre-migration levels 3-6 months after cutover.
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