21:I[4606,["9139","static/chunks/9139-29aac3297803e837.js","5162","static/chunks/5162-971519dd5e179b15.js","1163","static/chunks/app/%5Blocale%5D/(with-footer)/ai/%5BwebsiteName%5D/page-93c09f9a3f0813c2.js"],""] 23:I[1895,["9139","static/chunks/9139-29aac3297803e837.js","5162","static/chunks/5162-971519dd5e179b15.js","1163","static/chunks/app/%5Blocale%5D/(with-footer)/ai/%5BwebsiteName%5D/page-93c09f9a3f0813c2.js"],""] 22:T59d,

What is Vana?

Vana is the first network for user-owned data and decentralized AI. It enables users to control their data and contribute to decentralized AI. The platform features data DAOs, marketplaces, and projects like r/datadao, Volara, and Flirtual. Vana provides a distributed network for private, user-owned data, designed to enable user-owned AI. Users own, govern, and earn from the AI models they contribute to. Developers gain access to cross-platform data to power personalized applications and train frontier AI models.

How to use Vana?

Users can log in with their wallet to access their data. They can contribute data to Data Liquidity Pools (DLPs) and earn from AI models they contribute to. Developers can build with non-custodial data and access cross-platform data.

Vana's Core Features

User-owned data

Decentralized AI

Data Liquidity Pools (DLPs)

Non-custodial data

Open infrastructure

Vana's Use Cases

#1 Users contributing data to train AI models and earning rewards.

#2 Developers building personalized applications using user-owned data.

#3 Researchers accessing datasets for AI model training.

Vana

📋Introduction

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