Mint NFTs From Your Selfies: Find Satoshi Lab’s GNT V3 AI Tool

• Find Satoshi Lab (FSL) has launched an AI-powered tool that allows users to generate NFTs from their selfies.
• The AI-enabled NFT generator, GNT V3, works via FSL’s recently launched NFT marketplace MOOAR.
• The new AI-powered tool gives users the ability to create unique digital art and trade their selfie NFTs on the Solana blockchain.

Find Satoshi Lab unveils AI Tool for Generating NFTs From Selfies

Find Satoshi Lab (FSL) has announced the launch of an artificial intelligence (AI)-powered tool that will allow users to generate Non-Fungible Tokens (NFTs) from their selfies. The AI-enabled NFT generator, GNT V3, will work via FSL’s recently launched NFT marketplace MOOAR.

How Does GNT V3 Work?

GNT V3 uses advanced AI algorithms to turn images into unique artwork. This puts an endless potential of creativity in the hands of creators and provides users with a way to mint and trade selfie NFTs on the Solana blockchain.

Advantages Of Using GNT V3

GNT V3 follows on the FSL’s previous releases of V1 that enabled the minting of individual NFTs and V2 that integrated Artificial Intelligence to allow for minting of entire collections as one single token. According to Yawn Rong, co-founder of Find Satoshi Lab, this is set to push Web3 technology to a new level with regard to digital self-expression.

Plans To Expand To Other Chains

Apart from Solana, FSL plans to have GNT V3 expanded to other chains in order for users to take advantage of its capabilities across different platforms. In addition, Jerry Huang, co-founder of Find Satoshi Lab believes that this feature will further boost creativity within crypto through self-expression using digital art generated from user selfies as Non-Fungible Tokens (NTF).

Conclusion

Overall, Find Satoshi Labs‘ GNT v3 is set revolutionize how people express themselves creatively through Web 3 technology by allowing them generate unique artwork using their own selfies as source material in order create Non–Fungible Tokens (NTF).