NFTs have made digital ownership verifiable. But they've also exposed something the industry hasn't fully addressed: privacy. On public blockchains, transparency allows anyone to verify transactions and ownership. However, when every attribute of a digital asset is equally accessible, certain use cases become difficult to implement. Consider a blockchain game where your character's abilities are visible to opponents before a match. Or an NFT auction where participants can inspect competing bids before placing their own. These aren't just theoretical privacy concerns. They reveal a limitation in how digital assets can be designed and used. This is where @FungoLabs comes in. Built on Zama's Fully Homomorphic Encryption (FHE) technology, FungoLabs is exploring encrypted NFTs that preserve verifiable ownership while keeping selected content and attributes confidential. The interesting part is that encrypted information can still be used in computations without first being decrypted. That's a different way of thinking about NFT ownership. Perhaps the next evolution of digital ownership isn't simply making assets verifiable, but making them programmable without exposing everything they contain