Search
Vana (VANA) is a decentralized network for private, user-owned data, designed to enable user-owned artificial intelligence (AI). By providing a secure, transparent, and efficient way to transfer value and data, Vana empowers users to own, govern, and earn from the AI models they contribute to. With its innovative Data Liquidity Pools (DLPs) and non-custodial data architecture, Vana liberates data from walled gardens, allowing for the creation of more powerful AI models and providing users with control over their data. As a permissionless, open-source protocol, Vana enables developers to build decentralized applications and services, while its DataDAOs (Decentralized Autonomous Organizations) facilitate the aggregation and monetization of valuable training data. With a strong focus on user ownership and governance, Vana is poised to revolutionize the AI landscape, enabling a new paradigm where users own and govern their data, and the intelligent products that data creates.
Vana is a distributed network designed to enable user-owned AI. It allows users to own, govern, and earn from the AI models they contribute to, while developers gain access to cross-platform data to power personalized applications and train frontier AI models.
The primary purpose of Vana is to provide a decentralized network for user-owned data, enabling a new paradigm where users own and govern their data, and the intelligent products that data creates. Users earn ownership in the models they contribute to, and value flows to the users and independent model developers, not centralized platforms.
Data Liquidity Pools (DLPs) incentivize, aggregate, and cryptographically verify valuable data, liberating data from walled gardens to push the frontiers of AI. This allows for the creation of more powerful AI models and provides users with control over their data.
Vana makes data portable and non-custodial, allowing users to log in with their wallet and access all their data. This paradigm of non-custodial data enables next-level experiences, such as giving an LLM deep, personal context without compromising privacy.
The Open Data Foundation is dedicated to driving mass adoption of the Vana protocol, while other contributing organizations focus on research and development. The foundation aims to create a user-owned AI foundation model, trained by 100M users who contribute their data and compute.
DataDAOs (Decentralized Autonomous Organizations) are collectives that aggregate valuable training data and ensure users reclaim their economic stake in the AI economy. Users can join DataDAOs to pool and monetize data, while maintaining control over their privacy.
Users can contribute to DataDAOs by writing their data to Vana controlled by their wallet, then delegating access to the DataDAO. This allows users to monetize their data for AI model training while maintaining control over their privacy.
Some potential use cases for Vana's DataDAOs include health-focused DataDAOs, research-focused DataDAOs, self-driving car data, home mapping, screen recordings, and language and translation DataDAOs. These use cases can unlock the potential for AI training and provide users with control over their data.
Developers can build on Vana by joining the Vana Foundation's accelerator or learning from the Vana documentation. They can also get in touch with the Vana team to learn more about building DataDAOs and contributing to the Vana ecosystem.
Four days ago, Bitcoin’s hashrate hit an all-time high of 976 EH/s, but it has since cooled, settling in the 900 EH/s range.
The market was waiting for a clear signal from Tuesday’s CPI data but despite no increase in overall prices, certain items saw inflation jump
Explore OZAK AI's expert picks of top cryptos under $1 that are set to soar before Ethereum hits $4,890.
Ether ETFs posted a jaw-dropping $1 billion inflow, their largest single-day entry ever, while bitcoin ETFs maintained its successive gains.
Explore the best crypto investments for August: Solana, Little Pepe, and XRP. Learn why Ethereum whales are loading up.