Augmented NFT Platform with Real-Time Data Overlays
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Solution Overview
Problem
Conventional NFT platforms lack interactivity and the ability to display real-time data within the NFTs, limiting user engagement and utility.
Innovation Solution
A platform that enables the creation and exhibition of NFTs with augmented features such as live data and executable code, allowing for dynamic data overlays on graphical representations, stored on the blockchain, which can be experienced on specific platforms on computers or mobile devices.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If NFTs are created with standard static graphics and basic metadata, then they can be displayed on conventional platforms, but they lack interactivity and real-time data display capabilities
Solution Approach 1:
The NFT is segmented into distinct functional layers: base metadata layer, augmentation layer (containing executable code and data sources), and display layer. This allows the NFT to maintain its core identity while adding interactive capabilities through separate, modular components that can be independently managed and updated.
Solution Approach 2:
The patent implements nesting by embedding executable code and data source references within the NFT's metadata structure. The augmentation layer contains nested data structures that include code snippets, API endpoints, and parameter configurations, allowing complex functionality to be contained within the NFT itself without external dependencies.
2Ease of operation
If NFTs are enhanced with executable code and real-time data, then user engagement and utility increase, but the complexity of creation and implementation increases
Solution Approach 1:
The system provides pre-configured augmentation templates with common data sources (sports scores, weather, stock prices) and executable code patterns. Creators can select from predefined templates and customize parameters without needing to write code from scratch, significantly reducing the complexity of creating interactive NFTs while maintaining high user engagement potential.
Solution Approach 2:
The patent introduces an intermediary platform layer that handles the complex tasks of code compilation, data source validation, and runtime execution environments. This intermediary abstracts away the technical complexity from the creator, allowing them to focus on design and configuration while the platform manages the sophisticated implementation details.
3Loss of information
If NFTs display live data from external sources, then they provide real-time information, but they require additional data infrastructure and integration
Solution Approach 1:
The NFT augmentation system implements a universal data interface that can connect to multiple types of external data sources (APIs, webhooks, database connections) through a standardized protocol. The same executable code structure can retrieve and display different types of real-time data (sports scores, weather, financial data) by simply changing configuration parameters, reducing the need for source-specific infrastructure.
Solution Approach 2:
The NFTs equipped with executable code can autonomously query external data sources, process received data, and update their display content without requiring external control systems. The NFT self-manages its data retrieval cycle, parsing incoming data streams and rendering appropriate information based on its embedded logic and configuration.
Data Source
AI summary
An online platform configured to facilitate the minting and display of Non-fungible tokens (NFTs) equipped with augmentations which depict live data via one or more embedded overlays on the graphical representation of the NFT when viewed from the platform. Augmentations embody pertinent data including, but not limited to spot stock quotes, cryptocurrency prices, weather, sports scores, commodity spot prices, and other data. The data of the augmentations is ported from onboarded datasets which are written into the block of the blockchain on which the NFT is stored via the metadata of the blockchain. Executable code may also be included, facilitating the execution of web-links and program initiations from interaction with the dataset overlay on the displayed NFT while displayed on the platform.