An archived experimental project providing Go mobile bindings to run IPFS nodes on Android, iOS, and React Native.
gomobile-ipfs was an experimental project that provided Go mobile bindings to run IPFS nodes on Android and iOS devices. It aimed to bring decentralized file storage and peer-to-peer networking capabilities to mobile platforms by allowing developers to integrate IPFS functionality directly into mobile apps. The project addressed the unique constraints of mobile environments, such as resource limitations and lifecycle management.
Mobile developers building Android or iOS applications that require decentralized file storage, peer-to-peer networking, or IPFS integration. It was also relevant for developers experimenting with libp2p on mobile devices.
It offered a specialized solution for running IPFS on mobile, with pre-built bindings and packages to simplify integration. As an open-source project, it provided a foundation for community-driven development and discussion around mobile IPFS constraints.
[Archived old experiment] IPFS and libp2p on Mobile, with Gomobile. See https://docs.ipfs.tech/concepts/ipfs-implementations/ instead.
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Enabled running a full IPFS node directly on Android and iOS devices, addressing unique mobile constraints like resource limitations for decentralized storage.
Used Gomobile to create Java and Swift bindings for go-ipfs, simplifying integration for developers familiar with Go and reducing native code complexity.
Provided pre-built packages for Android and iOS, as well as planned React Native support, aiming to streamline setup for mobile development.
Served as a focal point for discussing mobile IPFS challenges, fostering collaborative problem-solving around peer-to-peer networking on resource-constrained devices.
Archived and no longer maintained since 2023, making it risky for any new development due to potential security issues and lack of updates.
Key roadmap items like React Native module, stream handling, and lifecycle management were never implemented, limiting its practicality for advanced use cases.
The README lacks code examples and detailed guides, with improvements marked as pending, hindering ease of adoption and troubleshooting.