Library
Ask or search…
K
Comment on page

Vault

A trustless, sharable, E2E encrypted file-sharing protocol
Previously, platform services required unencrypted access to all user data in order to create an exceptional product experience. In order to use platforms like this, users have had no choice but to sacrifice their privacy and give control over their data to platforms that won't share value back to their users.
Seed Labs is challenging this paradigm. We have created the first encrypted, sharable, forever-available and decentralized data sharing protocol, Vault, for arbitrary content gating. How it works is simple:
  1. 1.
    Determine the audience. You can give read permissions to any individual or group.
  2. 2.
    Upload a file. This can be anything, from a line of text to a PDF.
  3. 3.
    Share the permalink. Only the specified audience can read the file, without any intermediaries guaranteeing this. This permalink never changes, and is a cryptographic hash of the inputs Steps 1 and 2, ensuring resilient, tamperproof data forever.
World-class encryption
Our encryption methods use quantum-secure protocols like AES-256 to secure all files, down to the name of the file.
Sharable
Files can be gated/shared to:
  1. 1.
    Individuals: Any Ethereum based (ECDSA) wallet.
  2. 2.
    Groups: holders of any token (ERC20), NFT (ERC721), or hybrid (ERC1155).
  3. 3.
    Custom: any arbitrary smart contract call on all major blockchains.
Forever-Available
Encrypted vault data is stored on IPFS, a distributed file storage protocol. Even if Seed Labs shuts down, all of your data still exists and can be retrieved. As a public benefit, we subsidize a private gateway for faster read/write speeds.
Tamper-proof
The Vault protocol uses a content-addressable filesystem, which ensures, without any middleman, that every byte of information is exactly the information you were looking to get.
This simple feature from IPFS combines with our encryption and sharing features to create a first-of-its-kind trustless file storage system.