#GODINDataForAI

the First Modular AI-Native Data Pre-Processing Layer, has successfully closed a $4 million pre-listing round, bringing its total funding to $8 million. Building on this momentum, DIN officially launched the Chipper Node Sale on August 13, a crucial move in its mission to shape the decentralized AI data economy. Last July, DIN secured $4 million in a seed round led by Binance Labs, with additional support from HashKey Capital, NGC Ventures, Shima Capital, IVC, LIF, Big Brain Holdings, and Archerman Capital. This year, DIN has completed a $4 million pre-listing round, bringing its total funding to $8 million with backing from investors like Manta, Moonbeam, Ankr, Maxx Capital, and others.

To further its mission of empowering everyone to process data for AI and earn rewards, DIN is leveraging its strong financial backing to roll out new opportunities for community involvement. Following the successful fundraising, DIN is now focusing on expanding its ecosystem through the DIN Chipper Node sale, providing both early access and global.

Jjparticipation in the AI data economy. Data is crucial in driving AI development. However, whether in Web2 or Web3, data is often monopolized by tech giants. The DIN is designed to involve everyone in AI data processing, ensuring that data ownership remains solely with the users. Additionally, users are rewarded for their contributions.

In the DIN ecosystem, Data Collectors, Validators, and Vectorizers work together to handle AI data. Collectors gather and label raw data, which Validators and Vectorizers process for quality and usability. This ensures a steady flow of high-quality data for AI model training and trading.

xData is the AI data node infrastructure on DIN, where over 3 million users collect and label raw data for AI and earn rewards. As the amount of collected data continues to grow, the need for further processing increases. This is where the launch of the Chipper Node becomes crucial.

Chipper Nodes are essential licenses for Data Validators and Vectorizers in the DIN ecosystem.