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InterPlanetary File System

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Content-addressable, peer-to-peer hypermedia distribution protocol
InterPlanetary File System
Original authors Juan Benet and Protocol Labs[1]
Developer Protocol Labs
Initial releaseFebruary 2015 (y)[1]
Stable release
0.37.0[2] / 27 August 2025; 44 days ago (27 August 2025)
Repository github.com/ipfs/ipfs
Written in
  • Protocol implementations: Go (reference implementation), JavaScript, C (obsolete),[3] Python
  • Client libraries: Go, Java, JavaScript, Python, Scala, Haskell, Swift, Common Lisp, Rust, Ruby, PHP, C#, Erlang
Available inGo, JavaScript, Python
Type
License MIT license, Apache license 2.0
Websiteipfs.tech
Part of a series on
File sharing
Development and societal aspects
By country or region

The InterPlanetary File System (IPFS) is a protocol, hypermedia and file sharing peer-to-peer network for sharing data using a distributed hash table to store provider information. By using content addressing, IPFS uniquely identifies each file in a global namespace that connects IPFS hosts, creating a distributed system of file storage and sharing.[4]

IPFS allows users to host and receive content in a manner similar to BitTorrent. As opposed to a centrally located server, IPFS is built around a decentralized system of user-operators who hold a portion of the overall data. Any user in the network can serve a file by its content address, and other peers in the network can find and request that content from any node who has it using a distributed hash table (DHT).[5]

In contrast to traditional location-based protocols like HTTP and HTTPS, IPFS uses content-based addressing to provide a decentralized alternative for distributing the World Wide Web.[4]

Design

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The InterPlanetary File System (IPFS) is a decentralized protocol, hypermedia, and peer-to-peer (P2P) network for distributed file storage and sharing. By using content-addressing, IPFS uniquely identifies files in a global namespace that interlinks IPFS hosts, creating a hypermedia system that enables efficient and reliable data distribution.[5]

IPFS allows users to host and receive content in a manner similar to BitTorrent. As opposed to a centrally located server, IPFS is built around a decentralized system of user-operators who hold a portion of the overall data, creating a resilient system of file storage and sharing. Any user in the network can serve a file by its content address, and other peers in the network can find and request that content from any node who has it using a distributed hash table (DHT). In contrast to BitTorrent, IPFS aims to create a single global network. This means that if two users publish a block of data with the same hash, the peers downloading content from one user will also exchange data with those downloading it from the second.[6]

Key features of IPFS include:

  • Content-addressed file storage: Each file is uniquely identified based on its content hash, ensuring data integrity and facilitating efficient retrieval.
  • Peer-to-peer architecture: A distributed network of nodes facilitates direct file sharing without the need for centralized servers.
  • Versioned file system: Supports file versioning and allows users to track changes over time.
  • Interoperability with distributed applications: IPFS seamlessly integrates with decentralized applications (dApps), offering a robust storage layer for blockchain and Web3 ecosystems.

IPFS aims to replace protocols used for static webpage delivery by using gateways that are accessible with HTTP.[7] Users may choose not to install an IPFS client on their device and instead use a public gateway. A list of these gateways is maintained on the IPFS GitHub page.[8]

History

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IPFS was created by Juan Benet, who later founded Protocol Labs in May 2014.[4] [9] An alpha version was launched in February 2015, and by October of the same year was described by TechCrunch as "quickly spreading by word of mouth."[1] Network service provider Cloudflare started using IPFS in 2018 and launched its own gateway in the system in 2022.

In March 2020, the Opera browser provided access to the centralized resources of the Unstoppable Domains provider by hosting content in IPFS.

Applications

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ipfs-desktop app, created on Electron

Anti-censorship

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Malware

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Phishing attacks have also been distributed through Cloudflare's IPFS gateway since July 2018. The phishing scam HTML is stored on IPFS, and displayed via Cloudflare's gateway. The connection shows as secure via a Cloudflare TLS certificate.[19]

The IPStorm botnet, first detected in June 2019, uses IPFS so it can hide its command-and-control amongst the flow of legitimate data on the IPFS network.[20] Security researchers had previously identified the possibility of using IPFS as a botnet command-and-control system.[21] [22]

See also

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References

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  1. ^ a b c Case, Amber (2015年10月04日). "Why The Internet Needs IPFS Before It's Too Late". TechCrunch . Archived from the original on 2022年02月05日. Retrieved 2019年07月16日.
  2. ^ ipfs. "Release v0.37.0 · ipfs/kubo" . Retrieved 2025年09月04日.
  3. ^ "agorise / c-ipfs". git.agorise.net.
  4. ^ a b c Finley, Klint (2016年06月20日). "The Inventors of the Internet Are Trying to Build a Truly Permanent Web" . Wired . ISSN 1078-3148. OCLC 24479723. Archived from the original on 2020年12月15日. Retrieved 2017年03月07日.
  5. ^ a b Krishnan, Armin (2020). "Blockchain Empowers Social Resistance and Terrorism Through Decentralized Autonomous Organizations". Journal of Strategic Security . 13 (1): 41–58. doi:10.5038/1944-0472131.1743 . ISSN 1944-0464. JSTOR 26907412.
  6. ^ "Content addressing". docs.ipfs.tech. Archived from the original on 2020年08月29日. Retrieved 2020年08月29日.
  7. ^ "IPFS Gateway". docs.ipfs.tech. Archived from the original on 2020年08月29日. Retrieved 2020年08月29日.
  8. ^ "Public Gateway Checker | IPFS". GitHub . Archived from the original on 2020年08月24日. Retrieved 2020年08月29日.
  9. ^ "About". Protocol Labs. Archived from the original on 2021年04月28日. Retrieved 2021年04月28日.
  10. ^ Johnson, Steven (2018年01月16日). "Beyond the Bitcoin Bubble" . The New York Times . ISSN 1553-8095. OCLC 1645522. Archived from the original on 2021年12月21日. Retrieved 2018年09月26日.
  11. ^ ""Anna's Archive" Opens the Door to Z-Library and Other Pirate Libraries * TorrentFreak". TorrentFreak. Archived from the original on 2022年11月19日. Retrieved 2023年01月08日.
  12. ^ "'Shadow Libraries' Are Moving Their Pirated Books to The Dark Web After Fed Crackdowns". VICE. Archived from the original on 2022年11月30日. Retrieved 2023年01月08日.
  13. ^ "Web3 tech helps banned books on piracy site Library Genesis slip through the Great Firewall's cracks, but for how long?". South China Morning Post. 2022年04月16日. Archived from the original on 2022年11月29日. Retrieved 2023年01月08日.
  14. ^ Porter, Jon (2021年01月19日). "Brave browser takes step toward enabling a decentralized web". The Verge . Archived from the original on 2021年02月26日. Retrieved 2021年01月29日.
  15. ^ "Deprecate local node support and ipfs:// scheme · Issue #37735 · brave/brave-browser". GitHub. Retrieved 2024年09月01日.
  16. ^ Balcell, Marta Poblet (2017年10月05日). "Inside Catalonia's cypherpunk referendum". Eureka Street . Vol. 27, no. 20. ISSN 1833-7724. Archived from the original on 2021年09月15日. Retrieved 2021年09月15日.
  17. ^ Hill, Paul (2017年09月30日). "Catalan referendum app removed from Google Play Store". Neowin . Archived from the original on 2020年11月01日. Retrieved 2017年10月06日.
  18. ^ Dale, Brady (2017年05月10日). "Turkey Can't Block This Copy of Wikipedia". Observer . ISSN 1052-2948. Archived from the original on 2017年10月18日. Retrieved 2017年12月20日.
  19. ^ Abrams, Lawrence (2018年10月04日). "Phishing Attacks Distributed Through Cloudflare's IPFS Gateway". Bleeping Computer . Archived from the original on 2019年10月09日. Retrieved 2019年08月31日.
  20. ^ Palmer, Danny (2019年06月11日). "This unusual Windows malware is controlled via a P2P network". ZDNet . Archived from the original on 2019年09月06日. Retrieved 2019年08月31日.
  21. ^ Patsakis, Constantinos; Casino, Fran (2019年06月04日). "Hydras and IPFS: a decentralised playground for malware". International Journal of Information Security. 18 (6): 787–799. arXiv:1905.11880 . doi:10.1007/s10207-019-00443-0. S2CID 167217444.
  22. ^ Macabeus, Bruno; Vinicius, Marcus; Cavalcante, João Paolo; de Souza, Cidcley Teixeira (2018年05月06日). Protocolos IPFS e IPNS como meio para o controle de botnet: prova de conceito. Workshop de Segurança Cibernética em Dispositivos Conectados (in Brazilian Portuguese). Archived from the original on 2021年01月17日. Retrieved 2021年04月27日 – via SBC Open Lib.
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