Skip to content
hero bg shape

A host that's built to stick around

Fleek's hosting shut down in January 2026 and took sites with it. Your data on Pinner lives on a network of independent hosts paid to keep it, not on our servers. Pay with crypto or card. No KYC for crypto.

Upload file

Any file, any size. Encrypted before it leaves your device.

Content hash

A unique fingerprint derived from your file's contents.

Content address

A permanent link. Valid as long as your content is pinned.

A hosting service that's no longer hosting

Fleek retired their IPFS hosting services in January 2026, and hosted sites went offline with it. Pinner stores your data on the Sia network, distributed across independent hosts who are paid to store it and must prove they're doing it. Your data doesn't live on our servers. It lives on a network designed to keep it around.
Pinner

Encrypts and distributes your files

Host A

Encrypted shard

Host B

Encrypted shard

Host C

Encrypted shard

Host D

Encrypted shard

Hosts prove storage. Or they don't get paid.

Your data lives on a network, not our servers

Your data is stored on the Sia network, distributed across independent hosts who are paid to store it and must prove they're doing it. If a host drops off, the network re-replicates to another. Hosts lose money if they lose your data, so they don't. On the serving side, we distribute your site over HTTP and peer-to-peer (IPFS). If our gateway goes down, your site goes down, but your data stays on the network because it doesn't live on our servers.

Zero-knowledge encryption

Keys never leave your device. We can't read your files.

Verifiable storage

Hosts prove they're holding your data. Or they don't get paid.

Open source

Fully open on GitHub. Don't take our word for it. Read the code.

Deploy your static site

If you have your site files (HTML, CSS, JS), deploy them to Pinner and get a live URL. Static sites, portfolios, documentation sites, and dApps all work. No server-side rendering or dynamic backends.

Frequently Asked Questions

Your site files (HTML, CSS, JS) and your custom domain if you had one. Content addresses (CIDs) are determined by your file's content, so the same files produce the same CIDs. Deploy your files to Pinner, point your domain, and you're live.

Fleek retired their IPFS hosting services in January 2026, and hosted sites went offline. Their hosting and storage services are no longer available.

At the distribution level, not much. We serve your site over HTTP and peer-to-peer, and if we stop operating, your site goes offline. The difference is storage: Fleek's data lived on their own infrastructure and disappeared when they shut down. Pinner stores data on the Sia network, where independent hosts are paid to store it and must prove they're doing it to get paid. The data doesn't live on our servers.

If you have the original files, yes. Content addresses (CIDs) are determined by your file's content, not by the provider. The same file has the same CID on any IPFS service.

Yes. If you have your IPNS private key, you can import it into Pinner and continue publishing to the same IPNS address. The address stays the same; only the publishing service changes.

Static sites: HTML, CSS, and JavaScript. Portfolios, documentation, landing pages, blogs generated by static site generators (Hugo, Astro, Next.js static export, Gatsby, Jekyll, 11ty, and more). No server-side rendering or dynamic backends.

What You Get

FactorPinner
What you pay forStorage and bandwidth only
Storage layerSia network: hosts prove they're storing your data to get paid
Content addressingEvery file gets a permanent, verifiable hash
Payment methodsCrypto or card. No KYC for crypto.
Static site hostingHTML, CSS, JS. Deploy and go
Domain supportCustom domains with SSL, IPNS addresses
IPFS pinningStandard CIDs and content addressing
Data durabilityYour data lives on independent hosts, not one company's servers

Built On

Built on SiaOpen Source Initiative

Your content stays pinned and available.

Permanent links, distributed across independent hosts. No single point of failure.