US20240420138
2024-12-19
Physics
G06Q20/401
The disclosure pertains to a method and architecture for altering the appearance or behavior of digital assets in virtual or mixed reality environments. This involves using non-fungible tokens (NFTs) to represent these digital assets, allowing for dynamic modification through sub-asset NFTs. Such modifications are particularly relevant in contexts like video games, art, and digital collectibles.
NFTs are unique digital records stored on blockchain ledgers, often serving as certificates of authenticity or ownership for digital or physical items. These tokens include metadata that might reference off-chain data due to storage cost constraints. When displayed, software retrieves the associated data for presentation. This technology allows for the nesting of NFTs, enabling features like advertisements and accessories to be separately tokenized and transferred.
The invention introduces a multi-layer digital asset system where a primary NFT can incorporate elements from a sub-asset NFT. This system retrieves data from blockchain ledgers for both primary and sub-assets, allowing layered display within digital environments. The sub-asset NFT can include advertising elements or other features that modify the primary asset's appearance or behavior, providing a versatile framework for user interaction and content monetization.
This architecture enables users to alter digital assets by integrating distinct sub-assets that can be bought, sold, or leased. Each asset is represented by an NFT registered on a blockchain ledger. These sub-assets can modify attributes like color, performance, or even add visual effects such as flames or electricity. The technology supports external event-triggered displays and facilitates secondary markets for digital asset features.