Search Results for "ipfs"

Iroh takes IPFS beyond the theoretical, to offer developers efficient infrastructure that scales data distribution past 10M devices. We have been working on and around IPFS nearly since its inception, and are starting out on a new implementation because we have unfinished business with IPFS. We believe the best days of the protocol are ahead, but to get there we need to ship an order-of-magnitude improvement that unlocks new platforms and use cases. We're building iroh to see just how far we...

Summa is a full-text IPFS-friendly search engine that may be launched on both large servers and inside your browser. Thanks to the embedded IPFS daemon, your data can be replicated and published through P2P, allowing for a truly distributed and uncensorable search experience. And, thanks to compatibility with WASM, Summa can be launched entirely inside your browser, enabling you to search in network-published indices without ever having to execute search queries on remote servers.

Zinnia is a runtime for Filecoin Station modules. It provides a sandboxed environment to execute untrusted code on consumer-grade computers. Zinnia is a sandboxed and resource-limited runtime for distributed workers. This crate provides the zinnia executable to run modules locally, e.g. while developing.

The Graph is an indexing protocol for querying networks like Ethereum and IPFS. Anyone can build and publish open APIs, called subgraphs, making data easily accessible. Subgraphs can be composed into a global graph of all the world's public information. This data can be transformed, organized, and shared across applications for anyone to query with just a few keystrokes. Before The Graph, teams had to develop and operate proprietary indexing servers. This required significant engineering...

This repository contains the crates for the IPFS core implementation which includes a blockstore, a libp2p integration which includes DHT content discovery and pubsub support, and HTTP API bindings. Our goal is to leverage both the unique properties of Rust to create powerful, performant software that works even in resource-constrained environments, while also maximizing interoperability with the other "flavors" of IPFS, namely JavaScript and Go.

Syncs folders into IPFS's mutable file system (the directory structure accessible through ipfs files). Despite the name, FTP2MFS is capable of reading from FTP, HTTP directory listings, rsyncd, and the local filesystem. Beware: ftp2mfs can be used to easily mirror several 100 GB in a few hours, and keep them in sync with upstream and on the local IPFS node. IPFS is not necessarily able to keep that much content available to the network from one node, see hyperprov for an explanation...