IPFS Connector is an open-source JavaScript and TypeScript library for developers who want to read and write files on the InterPlanetary File System (IPFS) with less boilerplate code. It works as a download and process manager in the sense that it wraps common IPFS operations behind a simpler interface, so an application does not have to repeat the same setup everywhere. If you are looking for an end-user desktop app, this is not that; IPFS Connector for Windows is meant for people building software.
Before you start, note the project status. The latest version is v1.11.5, but the last code update landed in November 2019, and the project has had no code updates since then. That makes it an unmaintained project: it may still work for experiments, yet you should check compatibility with current IPFS releases yourself before relying on it. The rest of this page covers what it does, how to get the files safely, and how it compares with newer IPFS tools.
What Is IPFS and Where a Connector Fits
IPFS, short for InterPlanetary File System, is a peer-to-peer network protocol for storing and sharing files. Instead of pointing to a single server, content is addressed by its cryptographic hash, so the same file can be retrieved from any node that holds a copy. That design is useful for distributed storage, but the low-level tools can feel verbose when a web or desktop application only needs to save and load a few files.
A connector sits between your application and the IPFS API. Its job is to hide repetitive setup, normalize how reads and writes are done, and provide one shared place where the connection lives. Think of it as a thin layer: it does not change how IPFS works, it changes how much code you must write to use it.
Developers who build on IPFS often write the same wrapper functions in every project, and a shared library can remove that duplication.
Who Is IPFS Connector For?
The library suits JavaScript and TypeScript developers who are experimenting with decentralized storage in an app, prototype or internal tool. A typical case is a note-taking or document application that saves attachments to IPFS and needs to read them back later. Another is a team building a small demo that uploads generated files, such as exported reports or images, and retrieves them by hash.
A student project that stores quiz results on IPFS, for instance, can use the connector to avoid writing setup code twice. Reading the tests folder is a practical first step before writing any production code.
It is less suited to people who want a ready-made program with a graphical window. If your goal is to run a node, browse IPFS content or pin files from a terminal, other tools in the same category are designed for that. Because the codebase has been idle since 2019, the library is best used for learning, prototypes or code you are prepared to maintain yourself.
Questions to Ask Before Building on an Older IPFS Library
Start by testing a read and write round trip on a copy of your data. Confirm that the files you add can be retrieved by their hash on the network you plan to use, and record the exact IPFS version your application depends on. Because the project has not changed since 2019, what worked then may behave differently with newer releases.
Next, review the code you would be inheriting. Read the source on GitHub, check how errors are surfaced, and decide who would fix a bug if one appears. Many teams keep a short fork under their own control, which lets them patch problems without waiting on an upstream project that is no longer active.
Finally, plan for data durability. Content on IPFS remains available only while some node keeps it, so important files should also live in a backup you control. Writing that plan down early avoids surprises if the library, or your own pinning setup, needs to change.
Key features
Custom init folder
Promise-based API
Shared singleton instance
Pluggable logging
How to install Ipfs download/process manager on Windows
- 1
Get the official files
Download only from the official website or the project's GitHub Releases page. The source is hosted under the akashaorg organization on GitHub, so start there and follow the links to the release files.
- 2
Verify the file
Compare the SHA-256 checksum of the downloaded archive with the value published alongside the release, or check the signature if one is provided. A mismatch means the file should not be used.
- 3
Unpack and place it in your project
Extract the package to a folder, then add it to the project you are building. The import line in the project's example code uses the package name @akashaproject/ipfs-connector, so keep that name when referencing it.
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Check it runs on Windows
Run the test or example scripts included in the tests folder on your Windows machine. The project states that its cross-platform approach also works on Windows, so this quick check confirms the setup on your own system.
How to use Ipfs download/process manager
This is a developer library, so using it means writing code that imports and configures it. The steps below assume you already have a JavaScript or TypeScript project and are comfortable with asynchronous code.
- Import the connector with import { IpfsConnector } from '@akashaproject/ipfs-connector';.
- Choose an init folder where the connector will keep its files, and pass that path in during setup.
- Initialize the connector once at application startup, since it is a singleton and later calls will reuse the same instance.
- Call its promise-based methods with await, wrapping each read or write in try/catch so failures are handled explicitly.
- Optionally pass your own logging library so messages go to your normal log files instead of the console.
- Read the examples in the tests folder when a method's behavior is unclear, and run them before moving code into production.
- Shut down or release resources when your application exits, following the patterns shown in the examples.
Pros & cons
- Simple, promise-based API for IPFS read and write tasks
- Custom init folder keeps data where you choose
- Singleton design avoids repeated setup across modules
- Free and open source, with a replaceable logger
- No code updates since November 2019, so compatibility with newer IPFS releases is uncertain
- A developer library rather than a desktop app with a graphical interface
- Narrow scope: it extends common operations rather than offering the full IPFS feature set
Is Ipfs download/process manager safe?
IPFS Connector is free and open source, which lets you read the code before you use it. Download only from the official website or the GitHub Releases page of the akashaorg project, then compare the SHA-256 checksum of the archive with the published value, or verify a signature if one is offered. Never run files from unofficial mirrors. Because the project has had no code updates since November 2019, treat it as unmaintained: review the dependencies it pulls in, run it in a test environment first, and keep your own backups of any data stored through it. The same download discipline applies to any IPFS Connector for Windows setup, and it should never be used to handle private keys or funds.
- Official source only. Download from github.com/akashaorg/ipfs-connector. 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
IPFS Connector sits at the code level, while most other entries in this category are programs you run. IPFS Desktop puts a node in your system tray with a visual interface, and Kubo is the reference IPFS node that you run as a service. Pinner CLI focuses on pinning content from the command line. Peergos and Storj address file storage for people and organizations, so they solve a different problem than a developer library. If you need to write code that stores files on IPFS, this connector is the closest fit; if you need a running node or a file manager, the alternatives are more practical.
Specifications
- Price
- Free
- Type
- Open source
- License
- —
- Latest version
- v1.11.5
- Last update
- 26 Nov 2019
- Windows support
- Yes (Windows build or installer)
- Source code
- github.com/akashaorg/ipfs-connector
Frequently asked questions
It is open source and free, so you can inspect the code, but safety depends on where you get it. Stick to the project's own GitHub Releases page, verify the SHA-256 checksum, and remember that the project has not received code updates since November 2019. Test it in an isolated environment before using it with important data.
Yes, the project is listed as free. You can read the source code on GitHub and use it in your own projects without paying a fee. Because it is a library, there is no separate purchase or license key step to complete.
Yes, the project lists Windows as a supported platform, and its approach is described as working on Windows as well. You use it inside a JavaScript or TypeScript project, so Windows users need a working development setup of their own. Run the included test scripts after installation to confirm everything behaves as expected.
No. The latest version is v1.11.5, but the last code update was on November 26, 2019, and there have been no code updates since. Expect possible compatibility issues with current IPFS releases, and plan to maintain any fixes yourself if you rely on it.
IPFS Connector is a developer library for code, while IPFS Desktop is a program that runs an IPFS node in your system tray. If you want to write an app that reads and writes IPFS files, use the connector. If you want to manage a node visually on your computer, IPFS Desktop is the better fit.
Not comfortably. The library is built for JavaScript and TypeScript projects, so you need to write and run code to use it. People new to programming can still learn from the examples in the tests folder, but they should expect a learning curve.
The init folder is the directory where the connector sets up its working files when it starts. Choosing it yourself lets you keep IPFS-related data in a location you control, such as a project directory on a specific drive. Pick a folder your application has permission to write to.
Verdict
IPFS Connector is a small, free, open-source library for JavaScript and TypeScript developers who want a cleaner way to read and write files on IPFS. Its promise-based API, custom init folder and singleton design are its strongest points. However, the project has not received code updates since November 2019, so it suits prototypes, learning and teams ready to maintain the code themselves. Check the latest version on the official website before you start, and choose a more actively maintained tool if you need a long-term production dependency.