IPFS lets clients ask for content by an identifier derived from the content rather than only by a server's address. Nodes can share and retrieve those bytes through a peer-to-peer network, which is useful when content identity and distribution should be separated from one hosting location. A content identifier does not keep the data alive. Someone still needs to retain or pin the content and provide recovery if the serving node disappears.
Current guidance
IPFS is a content-addressed network and protocol family. The historical entry’s generic IPFS chart should be distinguished from the specific implementation and container now selected, such as Kubo. A content identifier proves the requested content identity; it does not guarantee that a reachable node continues to retain and serve its bytes.
The official persistence guide explains that unpinned cached data may be removed by garbage collection. Decide which content is pinned, where repository data lives and how another node or backup preserves it through a pod or disk failure. Test retrieval after restarting or replacing the original node rather than treating a successful upload as durable storage.
Keep the public gateway and administrative RPC surface separate. The Kubo RPC guide documents transport encryption and authentication for remote control, including pinning operations; exposing that endpoint like an anonymous content gateway grants a very different capability. Review storage quotas, network reachability and peer behavior before accepting untrusted content. Kubernetes replicas alone do not define a replication policy or establish that private information remains private on a content distribution network.
Historical upstream link check · 2026-10-09
The recorded upstream address redirects to https://about.ipfs.io/ and returned HTTP 200 on 2026-10-09. Link availability does not certify the historical installation instructions or current security support.
Website availability is separate from project, chart and image support. Use the current guidance and primary sources on this page to assess the distribution.
Historical Kubedex content
Original publication: 2018-09-12T17:03:57+00:00. Preserved for context. Commands, versions, prices and results below reflect the original research.
IPFS is a part of the distributed web – a peer-to-peer hypermedia protocol to make the web faster, safer, and more open. This chart bootstraps an IPFS deployment on a Kubernetes cluster using the Helm package manager.
The web of tomorrow needs IPFS today
HTTP is inefficient and expensive
HTTP downloads a file from a single computer at a time, instead of getting pieces from multiple computers simultaneously. With video delivery, a P2P approach could save 60% in bandwidth costs.
IPFS makes it possible to distribute high volumes of data with high efficiency. And zero duplication means savings in storage.
Humanity’s history is deleted daily
The average lifespan of a web page is 100 days. Remember GeoCities? The web doesn’t anymore. It’s not good enough for the primary medium of our era to be so fragile.
IPFS keeps every version of your files and makes it simple to set up resilient networks for mirroring of data.
The web’s centralization limits opportunity
The Internet has been one of the great equalizers in human history and a real accelerator of innovation. But the increasing consolidation of control is a threat to that.
IPFS remains true to the original vision of the open and flat web but delivers the technology which makes that vision a reality.
Our apps are addicted to the backbone
Developing world. Offline. Natural disasters. Intermittent connections. All trivial compared to interplanetary networking. The networks we’re using are so 20th Century. We can do better.
IPFS powers the creation of diversely resilient networks which enable persistent availability with or without Internet backbone connectivity.
Here’s how IPFS works
- Let’s take a look at what happens when you add files to IPFS:
- Each file and all of the blocks within it are given a unique fingerprint called a cryptographic hash.
- IPFS removes duplications across the network.
- Each network node stores only content it is interested in, and some indexing information that helps figure out who is storing what.
- When looking up files, you’re asking the network to find nodes storing the content behind a unique hash.
- Every file can be found by human-readable names using a decentralized naming system called IPNS.
IPFS is useful here and now
Archivists
It’s not enough to organize the world’s information; we need to store it in a way the world can remember it. IPFS provides deduplication, high performance, and clustered persistence.
Service providers
If your company delivers large amounts of data to users, a peer-to-peer approach could save you millions in bandwidth. IPFS can provide secure P2P content delivery.
Researchers
If you’re working with, distributing, and analyzing huge data sets, IPFS offers fast performance and decentralized archiving.
Developing world
High latency networks are a real barrier of entry to developing the world. IPFS provides resilient access to data, independent of low latency or connectivity to the backbone.
Blockchains
IPFS and the Blockchain are a perfect match! You can address large amounts of data with IPFS, and place the immutable, permanent IPFS links into a blockchain transaction. This timestamps and secures your content, without having to put the data on the chain itself.
Content creators
IPFS brings the freedom and independent spirit of the web at full force and at low cost. IPFS can help deliver content in a way which can save you considerable money.
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