Developer Tools
Git
Free distributed version-control software for local and shared repositories.
What it is
Git is GPLv2-licensed distributed version-control software that stores snapshots, branches, tags and repository history locally and exchanges objects with other repositories through supported transports. Git itself is not a hosted collaboration service: accounts, pull requests, access policy, off-machine backups, issue tracking and CI require separate infrastructure or a hosting provider.
Git pricing
Git does not publish a plan ladder we could verify. Free.
Prices read from the vendor's own pricing page on 2026-08-24. Vendors change plans without notice — check the source before you budget. Price verification log.
People also compare Git with…
Key features
Commits and history
Records content snapshots and parent relationships in a local object database.
Branches and merges
Maintains movable branch references and combines divergent lines of development.
Distributed remotes
Fetches from and pushes to separately administered repositories over supported transports.
Clone controls
Supports full, shallow, sparse, partial, bare and mirror clone modes with different tradeoffs.
Strengths and trade-offs
What works well
- Distributed history: A normal clone creates local repository objects and remote-tracking branches for offline work.
- Branching tools: Branch, switch, merge, rebase and worktree commands support multiple development patterns.
- Transport choice: Current documentation covers SSH, Git, HTTP and HTTPS repository URLs.
- Open-source core: Git is distributed under GPL version 2 without a software license fee.
Where it falls short
- Hosting not included: Git alone does not supply identities, review UI, protected branches, CI or remote availability.
- History-changing commands: Reset, rebase, filter and force-push workflows need explicit team policy and recovery knowledge.
- Credential handling is externalized: Git delegates secure credential storage to configured helpers or platform mechanisms.
- Repository design matters: Large histories, binaries, submodules and shared-object optimizations introduce additional maintenance choices.
Who it is for
Developers and technical teams that need versioned source history and can define hosting, access, backup and collaboration policy around the core tool.
Pick it or skip it
Pick Git if
- Text-oriented source repositories needing local history and branching
- Teams selecting their own hosting and code-review workflow
- Projects whose contributors can follow an agreed merge, rebase and recovery policy
Skip it if
- You expect user management, pull requests, CI and remote backups from the core installation
- The primary assets are large binaries and no suitable storage strategy has been selected
- The team cannot govern credentials, destructive history changes and repository recovery
Our verdict
Choose Git as the version-control engine only after choosing the surrounding host, access controls, backup model and workflow; evaluate those layers separately from the free command-line core.
Frequently asked questions
- How much does Git cost?
- Git is free to use. We verified this against the vendor's own page; see "What we checked" below for the date.
- Does Git have a free plan?
- Yes. Git is free to use at its base level.
- Who is Git best for?
- Developers and technical teams that need versioned source history and can define hosting, access, backup and collaboration policy around the core tool.
- What are the main drawbacks of Git?
- The trade-offs we noted: Hosting not included: Git alone does not supply identities, review UI, protected branches, CI or remote availability.; History-changing commands: Reset, rebase, filter and force-push workflows need explicit team policy and recovery knowledge.; Credential handling is externalized: Git delegates secure credential storage to configured helpers or platform mechanisms..
- When should you not use Git?
- Skip Git if: You expect user management, pull requests, CI and remote backups from the core installation; The primary assets are large binaries and no suitable storage strategy has been selected; The team cannot govern credentials, destructive history changes and repository recovery.
What we checked
- Public APIOffers a documented API you can build against.No
- Mobile appHas a native app for iOS or Android, not just a mobile website.No
- Open source / self-hostableSource is open and the tool can be run on your own infrastructure.Yes
- SSO (SAML)Supports SAML single sign-on on at least one plan.No
“Not checked” means exactly that — we have not verified it, and we do not guess.
Evidence and freshness
Status: Official sources reviewedReviewed: 2026-08-24
- Git — About ↗
Checked 2026-08-24 · Supports: command-line core, hosting-service distinction, tool ecosystem, GPLv2 license, open-source status
- Git Docs — git-clone ↗
Checked 2026-08-24 · Supports: local clone, remote-tracking branches, full and shallow history, partial and sparse clone, bare and mirror modes, supported transports, shared-object risk
- Git Docs — git-branch ↗
Checked 2026-08-24 · Supports: branch creation, tracking configuration, branch deletion, merged status, remote-tracking branches
- Git Docs — git-merge ↗
Checked 2026-08-24 · Supports: history integration, merge commits, conflicts, abort behavior, fast-forward modes
- Git Docs — Credentials ↗
Checked 2026-08-24 · Supports: credential prompts, credential helpers, storage options, OAuth helpers, external authentication
- Git Docs — Maintenance ↗
Checked 2026-08-24 · Supports: repository cleanup, object optimization, pruning, concurrent-operation caution, configuration
Limit: Official Git pages and command documentation were reviewed; ToolCompare did not benchmark repositories, test recovery, audit a hosting provider, compare GUIs, validate large-file strategies or assess a team's workflow adoption and security practices.
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