ARTIFRIENDS INC. (20240323038). METHOD OF UPLOADING AND MANAGING SINGLE DATA SET LARGER THAN MAXIMUM BLOCK SIZE ON BLOCKCHAIN simplified abstract
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METHOD OF UPLOADING AND MANAGING SINGLE DATA SET LARGER THAN MAXIMUM BLOCK SIZE ON BLOCKCHAIN
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METHOD OF UPLOADING AND MANAGING SINGLE DATA SET LARGER THAN MAXIMUM BLOCK SIZE ON BLOCKCHAIN - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240323038 titled 'METHOD OF UPLOADING AND MANAGING SINGLE DATA SET LARGER THAN MAXIMUM BLOCK SIZE ON BLOCKCHAIN
The method described in the patent application involves uploading and managing a single data set larger than a maximum block size on a blockchain. Here is a simplified explanation of the abstract:
- Request to upload data to the blockchain is made through a blockchain service.
- Check if the data is larger than the maximum block size.
- Define abstract storage space as one blockchain for large-scale data.
- Divide the large-scale data into separate data sets and store them in the abstract storage space.
- Request to download the large-scale data stored in a divided manner.
- Download and restore the separate data sets to reconstruct the large-scale data.
- Provide the restored large-scale data to a user terminal.
Key Features and Innovation: - Ability to upload and manage large-scale data on a blockchain. - Efficient storage and retrieval of data through division and reconstruction. - Seamless integration with blockchain services for data management.
Potential Applications: - Data storage and management for large-scale projects. - Secure and decentralized storage of massive data sets. - Streamlining data transfer and retrieval processes on a blockchain.
Problems Solved: - Overcoming limitations of block size for uploading large data sets. - Ensuring data integrity and security during storage and retrieval. - Simplifying the process of handling massive amounts of data on a blockchain.
Benefits: - Enhanced scalability for blockchain-based applications. - Improved efficiency in managing and accessing large data sets. - Increased data security and reliability for users.
Commercial Applications: - Data-intensive industries such as healthcare, finance, and supply chain management can benefit from this technology. - Potential for data storage and management services on blockchain platforms. - Market implications include increased adoption of blockchain technology for handling large data sets.
Questions about the technology: 1. How does this method compare to traditional data storage solutions in terms of efficiency and scalability? 2. What are the potential challenges in implementing this technology in real-world applications?
Frequently Updated Research: - Stay updated on advancements in blockchain technology related to data storage and management. - Explore new developments in decentralized storage solutions for large-scale data sets.
Original Abstract Submitted
a method of uploading and managing a single data set larger than a maximum block size on a blockchain includes making a request to upload any data to the blockchain through a blockchain service, determining whether the data requested to be uploaded is larger than the maximum block size, defining any abstract storage space as one blockchain when the data requested to be uploaded is large-scale data larger than the maximum block size, dividing the large-scale data into a plurality of separate data sets and storing the plurality of separate data sets separately in the abstract storage space, making a request to download the large-scale data stored in a divided manner in the abstract storage space through the blockchain service, downloading the plurality of separate data sets separately stored in the abstract storage space and restoring the large-scale data, and providing the restored large-scale data to a user terminal.
