Git IPFS Remote Bridge is a free, open source set of Python 3 programs that lets Git users clone, push, fetch, self-host and release repositories over the IPFS decentralized storage system. It suits researchers, volunteer developer groups and data curators who want a version history that does not depend on one central server.
The program is distributed through its GitHub repository, and the project documentation names Windows alongside Linux. The latest release is 1.0.1 and the code was last updated in December 2025, so the project is current. Windows support has not been confirmed as fully verified, so test it with a small repository before relying on it for real work.
What Is Git IPFS Remote Bridge?
Git IPFS Remote Bridge is a collection of Python 3 programs that connect Git, the version control system most developers already use, to IPFS, the InterPlanetary File System. A Git repository usually lives on a hosting server, and everyone pulls from that address. IPFS works differently: files are addressed by their content, so the same data can be fetched from any node that holds a copy.
The bridge translates Git operations into IPFS operations. Cloning, pushing, fetching, self-hosting and publishing releases are the core actions, and each one stores or retrieves repository data through an IPFS node instead of a conventional remote. The result is a Git history that can be shared without a single host controlling it.
This approach is useful when you want the familiar Git workflow, with branches, tags and history, but do not want every collaborator to depend on one central server. It does not replace Git. It extends where Git data can live and how it can be retrieved.
Who Should Use Git Over IPFS?
Several kinds of users have a clear reason to try the bridge. Research groups that exchange datasets over months or years benefit from a version history that stays intact even if one institution's server is replaced or taken down. Data curators who publish updates to a shared collection can keep each release fixed and traceable.
Volunteer programming communities are another good fit. A group working on open source code within a closed circle, perhaps with members spread across several countries, can share tagged versions without relying on a commercial platform. Each member fetches the same releases from IPFS.
Solo developers who want to publish a private repository with immutable release records may also find it useful, especially if they already run an IPFS node for other work. Readers who expect a turnkey consumer app should be ready for a more technical setup.
How Content Addressing Changes Version Control
In a conventional setup, a link points to a location: a URL on a particular server. In IPFS, a link points to the content itself, through an identifier that changes whenever the bytes change. That makes it difficult to alter a published file without the change being visible.
Mutable data needs a different mechanism, because a dataset that gets updated must still have a stable name. IPNS, the InterPlanetary Naming System, handles this by letting a publisher sign a pointer that can be updated over time. Whoever holds the matching key controls what the name points to, which is why the key matters so much.
Signed publishing and provenance records add a second layer. Readers can check that an update came from the expected publisher, even when the file is delivered through a public gateway they do not operate. The gateway can serve the bytes, but the signature is what ties them to a publisher.
Key features
Shared open source code in volunteer communities
Signed version-controlled datasets
Mutable datasets over untrusted gateways
Self-signing with automatic provenance
FAIR-compliant data sharing
Immutable release records for private repositories
How to install Git IPFS Remote Bridge on Windows
- 1
Start an IPFS node
The bridge talks to a running IPFS node through its API URL, so start the node first and confirm that the API responds. Note the address, because you will need it when you configure the bridge.
- 2
Download the program
Download only from the official website or the project's GitHub Releases page at github.com/ElettraSciComp/Git-IPFS-Remote-Bridge. The latest release is version 1.0.1.
- 3
Verify the file
Compare the SHA-256 checksum of the downloaded file with the value published alongside the release, and check the publisher signature if one is provided. Do not run any file whose checksum does not match.
-
Install and test
Install the programs following the instructions in the repository documentation. Before moving real data, run a test with a small repository, confirm the connection to your IPFS API, and check that clone and push behave as expected on your Windows machine.
System requirements
- Windows, one of the two platforms named for the program (Linux is the other)
- A running IPFS node with a reachable API URL
How to use Git IPFS Remote Bridge
Once the programs are installed and your IPFS node responds, the workflow follows the usual Git rhythm with a few IPFS-specific choices. Here is a typical session for a small team sharing a dataset.
- Start your IPFS node and confirm that its API URL responds.
- Open or create the Git repository whose history you want to share.
- Tag the version you want to publish, so the release is easy to identify later.
- Push or release the repository through the bridge. If the dataset requires signatures, use your IPNS key so readers can verify the publisher.
- On the receiving machine, clone or fetch through the bridge using the identifier the publisher shared.
- Check the signature or provenance record before you trust the data or build on it.
Keep a copy of your signing key in a secure place. If you lose it, you lose the ability to publish updates under the same name.
Pros & cons
- Free and open source, with the code available on GitHub
- Follows Git-style workflows instead of requiring a separate data tool
- Signatures and provenance records support trust in shared datasets
- Immutable release records suit private repositories
- Windows is listed in the documentation but not confirmed as fully verified
- Requires you to run and maintain your own IPFS node
- Documentation is narrow, so expect to read the repository closely
- Mutable datasets depend on the publisher's key, and a lost key means lost control
Is Git IPFS Remote Bridge safe?
Download only from the official website or GitHub, never from third-party mirrors. Before running the program, compare the file's SHA-256 checksum with the value published with the release, and check the publisher signature if one is offered. If the checksum does not match, do not run the file.
Keep your IPNS key and any signing keys private. Never paste them into a website, chat or form, and never share them to troubleshoot a problem. Published IPFS identifiers can be read by anyone who has them, so treat them as public.
The last code update was in December 2025 and the current release is 1.0.1, so the project is active. Still, check the latest version on the official website before installing, and keep your antivirus protection turned on while you review how the program handles your repositories.
- Official source only. Download from github.com/ElettraSciComp/Git-IPFS-Remote-Bridge. Ignore ads and lookalike domains.
- Check the SHA-256. Compare the installer hash with the value the developer publishes before running it.
- Never share your seed phrase. No developer, support agent or website — including CryptApps — will ever ask for it.
Alternatives
Git IPFS Remote Bridge sits in a different place than most tools on this list. A reference IPFS node such as Kubo can supply the running node the bridge needs, so the two work together rather than compete. IPFS Desktop keeps a node running in the system tray for people who want a simple way to manage one.
Peergos focuses on end-to-end encrypted file storage and sharing for everyday files, while Pinner CLI handles pinning content to IPFS from the command line. ZeroNet serves decentralized websites rather than version-controlled code. If your goal is Git history over IPFS, this bridge is the closest fit. For general file sharing, the other tools are more direct.
Specifications
- Price
- Free
- Type
- Open source
- License
- —
- Latest version
- 1.0.1
- Last update
- 6 Dec 2025
- Windows support
- Unverified (Windows mentioned in docs)
- Source code
- github.com/ElettraSciComp/Git-IPFS-Remote-Bridge
Frequently asked questions
Yes. Git IPFS Remote Bridge is free and open source, and its code is published on GitHub. You still need your own IPFS node to run it, and that node is separate software you set up and maintain yourself.
Windows is one of the two platforms named for the program, alongside Linux, and the project documentation mentions it. Support has not been confirmed as fully verified, so test the bridge with a small, non-critical repository before using it on important data.
It can be, provided you download it from the official GitHub repository, verify the checksum or signature, and keep your signing keys private. The December 2025 update shows the project is active, but a recent update does not replace your own checks before running any file.
Yes. The bridge communicates with a running IPFS node through its API URL, so the node must be started and reachable before you clone, push or fetch. A reference node such as Kubo works for this, and IPFS Desktop offers a tray-based option if you prefer that.
The bridge can publish immutable release records for ordinary Git repositories that are not meant to be public. Access depends on how you share the IPFS identifiers and keys, so treat published identifiers as shareable and protect your signing key carefully.
A normal Git host keeps your repository at one address that the host controls. This bridge stores and retrieves repository data over IPFS, so copies can live on several nodes and no single server is required. It suits decentralized sharing better than everyday hosting with a web interface.
Verdict
Git IPFS Remote Bridge suits research groups, data curators and volunteer communities that already work with Git and are willing to run an IPFS node. It is free, open source and recently updated, with the latest release at 1.0.1. It is not a polished consumer app. If you need signed, versioned sharing over IPFS, test it on your own Windows machine with a sample repository first, then decide whether its workflow fits your team.