IPFS Docs

# Usage ideas and examples

IPFS is a versatile technology and can be used in a huge array of use-cases. Below is a long, yet far from exhaustive, list of projects built on IPFS. Some are minimalistic prototypes, and others are complete projects backed by mature companies.

# Share files

One of the simplest use-cases to grasp is the sharing of files between peers.

# Desktop applications

IPFS Desktop (opens new window) is the official desktop client for IPFS. It comes with a built-in IPFS node that lets you pin files and gives you a link to share them. This is one of the easiest ways to start pinning your files to IPFS.

The Brave (opens new window) web browser has built-in IPFS support (opens new window). It uses the same IPFS implementation as IPFS Desktop and resolves ipfs://{cid} addresses out-of-the-box.

Arbore (opens new window) is a free and open-source file-sharing application that enables you to send your pictures, documents, and files to your contacts privately and without limits.

# Share your files

FileNation (opens new window) is an open-source tool for sharing files using IPFS.

# Dead drop

A dead drop (opens new window) is a drive or another storage device that is physically immobilized in a public location for people to pick up and deposit files. There is now an IPFS version, thanks to the IPFS Dead Drop project (opens new window).

# Governance

# Voting and governance

Snapshot (opens new window) is a voting platform for Web3 projects, DAOs, and communities that uses IPFS as its main storage layer. Snapshot uses IPFS to store proposals and user votes using a technique known as ‘off-chain’ voting, where the cryptographic signatures proving user votes are persisted to IPFS instead of being stored on the blockchain.

# Collaborate

Let IPFS coordinate the flow of data between you and your colleagues, even when working offline or on a local network.

# Collaborate on written documents

PeerPad.net (opens new window) is a service that allows you to write, collaborate, and export Markdown documents directly in your browser, similar to how Google Docs works.

# Version control

The Inter-Planetary Version Control system (IPVC) (opens new window) is a distributed version control system similar to git (opens new window) but built on IPFS. It is suitable for any kind of data, not only human-readable content. It is also particularly suitable for versioning large files. The underlying concepts are heavily influenced by git (opens new window) and gitless (opens new window).

# Exchange messages

Berty.tech (opens new window) will be an IPFS-based messaging app that will ensure connections are made directly between devices, without the need for servers, and will work on a local network if there is no internet connection. It will also work over Bluetooth or other proximity transport.

Berty is leading the effort to bring IPFS to mobile (opens new window). There are also some guidelines (opens new window) made by professionals for the rise of IPFS on mobile.

# Store assets

By storing small scripts or big databases of your project on IPFS, depending on your architecture, you can yield several benefits. Your users won't contact your servers for the content they already have. You will still have content de-duplication if your users don't use an IPFS client. If they use it, your users will seed the content they use, decreasing the workload on your infrastructure and increasing the uptime of the service in case you go offline.

# Decentralized virtual reality

Decentraland (opens new window) is a virtual world you can explore with a VR set, your computer, or your smartphone. They store all the assets on IPFS, so these heavy files can be fetched from several other users at the same time for faster loading and syncing.

# Video hosting platform

DTube (opens new window) is hosting videos on IPFS to reduce stress on their infrastructure. The website itself is not decentralized, but it mainly manages coordination between users and the discoverability of content.

# Co-host large datasets

Qri (opens new window) is an open-source tool for the management of large datasets. Qri users enjoy reduced hosting costs, traceability of changes in the data, rollback to previous versions, and easier collaboration when updating data. De-duplication across datasets also helps to keep physical storage usage as small as possible, along with reducing sync times.

# Parallelize Big Data analysis

On some heavy analysis, you can benefit from parallelizing calculations on several nodes using Hadoop, for example. But on very large datasets, fetching the relevant subset for each node to compute is longer than the actual computation. Scott Brisbane proposed a design in a thesis (opens new window) to drastically reduce the fetching time using IPFS and divided the overall analysis time by four.

# Dead man's switch

Killcord (opens new window) is an open project to automatically publicly publish data if the user doesn't check in after some time. This can ensure the ongoing investigation of a journalist carries on if they are unable to do it themselves, as the information gathered will now be public.

# Maps on IPFS

There is an existing IPFS devgrant (opens new window) to host OpenStreetMaps assets on IPFS (opens new window). In the long run, this could mean faster synchronization for apps using this scheme and lower bandwidth requirements for servers.

# Help host important data

Thanks to recent improvements with IPFS Cluster, you can call for help to store your data without having to trust other nodes won't alter the data. With collaborative mode (opens new window), you can replicate Pacman packages or COVID-19-related papers (opens new window) without needing to know the intricacies of IPFS.

# Video live-streaming

Let your users stream from each other to remove the need for a server without overloading a popular streamer. You can get inspired by the working prototype of Toronto Mesh (opens new window) or by the experimentations (opens new window) of Fission (opens new window). Fleek (opens new window) also did some experimentation (opens new window) using their Amazon S3/IPFS compatibility tool.

# Decentralized robots

The robotics company KODA (opens new window) is developing the world's first decentralized robot dog called Koda-9 (opens new window). It uses IPFS to store user data, such as security footage.

# IIIF-formattted data

NIIIFTY (opens new window) is a platform built using web3.storage that simplifies the sharing of IIIF-formatted (opens new window) high-resolution images, 3D models, and audiovisual content via IPFS. View the documentation (opens new window) for how to set up your own NIIIFTY instance.

# IPFS as infrastructure

Using IPFS allows you to abstract away a lot of the complexity of coordination between machines. No matter your architecture IPFS handles load balancing, de-duplication, caching, and high availability out-of-the-box. Its highly modular design also means you can easily customize it to your need.

# Decentralized clusters

IPFS Cluster (opens new window) is the official tool to manage a cluster of nodes to replicate data. Like any distributed cluster, you will have the benefits of redundancy, load balancing, and write permission management. You can choose to connect your cluster to the rest of the IPFS network or run it privately. You can also invite outsiders to help replicate your data without them having write-access, thanks to the collaborative mode (opens new window).

# Content delivery networks

A Content Delivery Network (opens new window) (CDN) is a network of nodes storing content in places physically close to the users. Having servers physically closer to the users ensures lower latency, enabling load-balancing, and allows you to scale the availability of content with demand. The IPFS network is a CDN by design because each node will cache what they consume and serve that data to its peers.

# Distributed package managers

The Node package manager (NPM) (opens new window) is mirrored on IPFS. By using the dedicated client npm-on-ipfs (opens new window), packages are fetched from IPFS and distributed to other clients needing them. For example, a team working in the same building will fetch packages from each other, meaning less network traffic costs for the company.

The developers of the Nix package manager (opens new window) are working on integrating IPFS for the distribution of binary packages and sources.

# Hosting software containers

Netflix is on its way to using IPFS to synchronize their Docker containers worldwide (opens new window). Since each node fetches them from the fastest peers they know, synchronization is substantially faster than traditional synchronization methods.

# Efficient network factories

Actyx (opens new window) is helping the manufacturers to upgrade their plants to the Industry 4.0 (opens new window) era, meaning connecting the machines together for better performance, tolerance to failure, and flexibility. Actyx built a custom operating system on top of IPFS they deploy on all machines, so they emit metrics, receive orders, sync up information, and compute their next move locally.

# Decentralized storage

The web3.storage (opens new window) platform provides an IPFS-based storage service to safely secure and make your data available - giving developers the power of decentralized storage and content addressing via simple client libraries or an HTTP API. Similarly, the Spheron Network (opens new window) also provides an IPFS-based storage service.

# Lower your storage usage

By storing identical data only once on your node, storage-constrained projects are another natural fit for IPFS.

# Decentralize your data

By decentralizing your data, you increase availability if your server runs into an issue, your ISP is unhappy with what you publish, or a hostile government issues a take-down order. You will also decrease the load time for your swarm-connected users and natively enable your app to work offline or on local networks. Depending on your app, your users can also reduce their storage requirements and download time thanks to native de-duplication and caching.

# Tableland

Tableland (opens new window) is an indexed, networked, SQL-compatible database that combines blockchain for access control with a decentralized network of nodes running SQLite. This architecture provides fast, mutable tables with verifiable integrity. Tables in Tableland are NFTs, so they can be owned, traded, and permissions controlled programmatically. Learn more about Tableland in the talk from IPFS camp 2022 (opens new window).

# Decentralized database

OrbitDB (opens new window) is a serverless, distributed, peer-to-peer database. OrbitDB uses IPFS as its data storage and IPFS Pubsub to automatically sync databases with peers. It's an eventually consistent database that uses CRDTs for conflict-free database merges, making OrbitDB an excellent choice for decentralized apps (dApps), blockchain applications, and offline-first web applications. There are Go and Javascript implementations available.

If you are currently using MongoDB, you might be more comfortable with ThreadDB (opens new window) or AvionDB (opens new window), which are unstructured databases built on top of IPFS.

# IPFS hosting with Textile

Textile (opens new window) is developing the layers on top of IPFS to extend its hosting capabilities. Among other things, they came up with separated cloud environments called buckets (opens new window). Textile has also built an impressive toolset for building decentralized applications and integrations (opens new window).

# NextCloud integration

JusticeNode has created an extension (opens new window) for the popular self-hosted cloud service NextCloud. This integration allows users to use IPFS as external storage.

# Deploy your website on IPFS

Fleek.co (opens new window) allows you to effortlessly build sites & apps on IPFS. The workflow is similar to that of Netlify: developers can link their website or a web app hosted on GitHub to Fleek and have it automatically built and deployed on IPFS whenever a change is made to a specific branch. Fleek also comes with Ethereum Name Service (ENS) and domain name integration and plan to enable many more ways to deploy soon: more Git providers, deploy via command-line interface, drag & drop a folder, via API, etc.

# Deploy your website on IPFS with Spheron

Spheron Network (opens new window) facilitates the seamless deployment of websites on IPFS and Filecoin. It offers developers the convenience of linking their websites or web applications hosted on platforms such as GitHub, Gitlab, and Bitbucket to the Spheron Network. Subsequently, any modifications made to a designated branch will trigger an automatic build and deployment on IPFS. In addition to this, Spheron incorporates integration features for the Ethereum Name Service (ENS) and other domain name services. The platform is poised to introduce an expanded array of deployment methods, including a command-line interface, API, and SDK.

# Ethereum and Solidity specific applications

Embark (opens new window) is an all-in-one developer platform for building and deploying decentralized applications. It currently integrates with Ethereum blockchains, decentralized storage like IPFS, and decentralized communication platforms like Whisper and Orbit.

# Static-site generators

Several plugins exist to decentralize your website built with popular static-site generators like VuePress (opens new window) or Gatsby (opens new window).

# Build a dApp

There are many available frameworks to build decentralized apps on IPFS. Fission (opens new window), Fleek (opens new window), Spheron (opens new window), and Textile (opens new window) are great examples.

# WebNative SDK

Fission created the WebNative SDK (opens new window) to make building apps easier for front-end developers. The SDK uses technologies like decentralized identities (DIDs), encryption, and IPFS for portable user identities and data, avoiding vendor lock-in. For more information, see the talk from IPFS camp 2022 (opens new window).

# SecureMyState

The SecureMyState government-citizen communication app was built in two days during the ETHDenver 2020 (opens new window) hackathon. It lets Colorado citizens manage state-owned data about themselves, such as their driving license status or business registration. You can find out more about this project on Medium (opens new window).

# Marketplace

Origin (opens new window) is a blockchain-powered online commerce platform that stores data on IPFS. The Brave (opens new window) web browser has its own store on it to sell their swag.

# Torrent tracker hub

BitTorrent (opens new window) is a powerful P2P file-sharing technology, but it works better with the help of centralized trackers helping users know who has what. Some people tried with some success to decentralize them. You can find their working prototype here (opens new window).

# COVID-19 tracker

This simple tracker API lets any IPFS node request the latest data about the COVID-19 pandemics. See the code on GitHub (opens new window).

# GitHub integration

This simple GitHub Action (opens new window) lets you upload your GitHub Releases on IPFS automatically.

# Backup your Wolfram data

In a recent update, Wolfram let users store their computation or assets on IPFS. Check out the version notes (opens new window) for more information.

# Music streaming platform

Audius (opens new window) is a music streaming platform built on IPFS. Artists are in control, no fees are taken by the platform, and listeners can enjoy their music while offline.

# Music player

Diffuse.sh (opens new window) is an online music player that you can connect to your music repositories to listen to it from anywhere. You can now connect it to IPFS repositories.

# Decentralized autonomous organization (DAO)

Aragon (opens new window), a service for creating DAOs, uses IPFS to store its data.

# Decentralize the Web itself

Some core pieces of the web are still centralized, making it more prone to breaking or being censored. IPFS can help and make the web more resilient.

# Bluesky

Bluesky is a decentralized social media protocol built on IPLD that originated as a Twitter project but is now independent. The protocol uses a federated architecture with cryptographic IDs and content addressing to make data portable between servers. User data is stored in repositories using IPLD and content addressing. The protocol specifies clients, servers, decentralized identities (DIDs), data repositories, and aggregators to enable a federated social network.

Learn more from the IPFS Camp 2022 talk (opens new window).

# Decentralized DNS

The Domain Name System (opens new window) (DNS) is one of the most centralized pieces of the web. By having to ask a central place to know where to find google.com or facebook.com, it is a central point of failure. Backing up the DNS on IPFS could improve its availability. A prototype for Javascript has been published on NPM (opens new window).

# Archive the web

Thanks to de-duplication, IPFS is a powerful tool for archiving the web. The InterPlanetary Wayback (opens new window) is tackling this endeavor.

# Fight censorship

Wikipedia has not been accessible in Turkey for a few years. The company behind IPFS, Protocol Labs, is hosting a mirror of Wikipedia on IPFS. See the original blog post (opens new window) and the project code (opens new window) for more information.

# Blockchain use-cases

IPFS is a natural fit for blockchain (opens new window) use cases. The common state of the chain is distributed on-chain among participants, and specific data is stored on IPFS. Thanks to content addressing, the blockchain only needs to store the IPFS multihash, and users are sure to fetch correct data from any of their peers. This architecture is becoming the standard for blockchain applications.

# Global marketplace for data storage

Filecoin (opens new window) lets any storage owner host data for users who need additional space. It is one of the reasons IPFS exists in the first place and will be a great accelerator of the IPFS growth once fully online later this year. The project is developed by Protocol Labs (opens new window).

Textile.io is building the Powergate (opens new window) tool for your app to interact with Filecoin once the main net is launched.

# Exchange Internet-of-Things data

IOTA (opens new window) is a foundation maintaining the Tangle, a blockchain-like network with zero fees. Their vision is to automate the exchange of data between sensors, machines, and other devices, for free or sold by the provider. IOTA announced (opens new window) that data can now be hosted on IPFS. The demo for this is no longer maintained.

# Send crypto to human-readable addresses

The Humanize Pay project (opens new window) lets you have a human-readable Ethereum address, so users don't have to deal with long and un-memorable addresses.

# AI as a service

MindSync (opens new window) wants to build a blockchain hosting AI competitions and let AI skills offer and demand meet.

# Education platform

RocketShoes (opens new window) is an education platform where students produce and tag learning materials, assignments, notes, and digital assets. These are stored on IPFS, and the blockchain ensures the timestamping, proof of ownership, and incentivization layer.

# Query the DWeb across blockchains

TheGraph (opens new window) wants to enable users to look for information on any blockchain or distributed service thanks to their query language GraphQL and the indexations of the chains thanks to IPFS.

# Proof of ownership

With IPFS and a blockchain, you can prove ownership of a file at a certain time without disclosing it. See here an example of implementation (opens new window).

# Proof of humanness

Idena (opens new window) is a blockchain to prove that you are human, distinct from a decentralized identity (DID). It uses IPFS under the hood.

# Build Smart City apps

Robonomics (opens new window) is building a framework on top of Ethereum and IPFS for smart cities (opens new window) apps to easily exchange data (from sensors or computation, for example).

# Decentralized prediction markets

Augur (opens new window) is a blockchain and decentralized market where you can bet on anything or request predictions from the crowd's wisdom. Like so many blockchain-based apps, the data is hosted on IPFS.

# Decentralized weather data

The weather risk marketplace Arbol (opens new window) relies on blockchain technology to track and validate weather data. Arbol uses IPFS to store multiple terabytes of verified weather data without fear of tampering.

# Decentralized Identity

Decentralized Identity (opens new window) is the concept of storing all your personal data on your devices rather than let every service you use store a partial copy of it. You having control of your data means that you decide which app has access to what, that you only fill in your information once, and that you can revoke access. Decentralized identity is a hot topic, and IPFS is one of the core technologies a lot of engineers build around. The identity wallet Nomios (opens new window) shared some thoughts (opens new window) about decentralized identity general during the IPFS Camp 2019 (opens new window).

# 3ID Connect

3ID Connect is developed by 3Box (opens new window), a personal data manager for apps leveraging IPFS. 3Box wants to make using decentralized identity as simple as clicking on Connect with Google or Connect with Facebook. You can read their article (opens new window) explaining how to bring it to your app.

# Microsoft ION

Microsoft (opens new window) started experimentation by pinning some decentralized identity information to IPFS and publishing the hash to the Bitcoin blockchain. Microsoft wrote a blog post about their findings (opens new window).

# Ceramic Protocol

The Ceramic Protocol (opens new window) is another proposition for decentralized identity on IPFS, along with a complete protocol for data and document exchanges.

# Non-implemented use cases

Here is a non-exhaustive list of use cases that were not implemented yet. Pick up the challenge yourself or follow your own idea! If you want to discuss your idea or have some problems, head to the IPFS forum (opens new window) or the IPFS help page (opens new window).

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Last Updated: 9/25/2023, 10:20:08 PM