Blockchain Data Marketplace for Direct Generator-Consumer Transactions
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Solution Overview
Problem
Current data exchange systems lack standardization, incentivize middlemen over data generators, and fail to maximize revenue for data generators due to lack of efficient market mechanisms and high overhead costs, resulting in underserved data consumption and missed opportunities.
Innovation Solution
A blockchain-based data marketplace with a data submission interface, consumer interface, and price discovery system that allows data generators to register and sell data directly to consumers, using a cryptocurrency for value exchange, thereby reducing overhead and aligning incentives across the value chain.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of energy
If traditional data exchange workflows are used with multiple intermediaries (data aggregators, processors), then data can be exchanged between generators and consumers, but overhead costs increase and revenue for data generators decreases
Solution Approach 1:
The patent extracts and removes the intermediary entities (data aggregators and processors) from the traditional data exchange workflow. By implementing a blockchain-based direct transaction system, data generators can sell data directly to consumers without these middlemen, thereby eliminating their associated overhead costs and simplifying the transaction workflow while maintaining data exchange functionality.
Solution Approach 2:
The patent merges the roles of data generation, data storage, and data transaction into a single streamlined process on the blockchain. Instead of separate entities for data collection, processing, aggregation, and sales, the system combines these functions into a direct peer-to-peer transaction model where generators publish data to the blockchain and consumers purchase it directly, reducing the number of operational layers and associated costs.
2Adaptability or versatility
If data is shared through non-standard formats (CSV, spreadsheets) without standardization, then data exchange can occur, but data ubiquity and multiple uses are limited
Solution Approach 1:
The patent implements a universal data standard on the blockchain that enables data to serve multiple functions and be accessed by various consumers for different purposes. The standardized data structure and blockchain protocol allow the same data asset to be purchased and utilized by multiple buyers for diverse applications, thereby increasing data ubiquity and versatility while maintaining full accessibility through the standardized format.
3Productivity
If cities and municipalities focus data usage on operations only, then operational efficiency is improved, but data consumption market remains underserved
Solution Approach 1:
The patent segments the data utilization market by separating operational consumption from commercial consumption. While cities continue to use data for operations, the blockchain platform enables a separate commercial data market where the same data can be purchased and sold to private entities for commercial purposes. This segmentation allows operational efficiency to be maintained while simultaneously expanding the overall data consumption volume through new commercial use cases.
4Quantity of substance
If data generators deploy data-capturing technology, then data supply increases, but return on investment remains relatively small due to traditional market structure
Solution Approach 1:
The blockchain itself serves as a new type of intermediary that differs fundamentally from traditional aggregators. Rather than extracting value through multiple processing layers, the blockchain mediator enables direct peer-to-peer transactions while providing essential functions like data verification, ownership tracking, and automated payment distribution. This new intermediary model allows data generators to retain significantly more value from their data supply while the blockchain provides necessary market infrastructure.
Data Source
AI summary
A system and method are provided for transacting data on a network. The system includes a data submission interface, the data submission interface configured to enable one or more data generators to register data with the network, the data being stored in a location accessible to data consumers accessing the network. The system also includes a data consumer interface to enable one or more data consumers to find data on the network and transact with the one or more data generators to obtain access to and/or ownership of data submitted to the network. The system also includes a blockchain network for storing at least a ledger associated with data registered with the network via the data submission interface to provide an immutable assignment of ownership rights of the data to the respective one or more data generators, and to provide an immutable record of data transactions.