A Study on Hybrid Blockchain-based XGS (XOR Global State) Injection Technology for Efficient Contents Modification and Deletion
Title | A Study on Hybrid Blockchain-based XGS (XOR Global State) Injection Technology for Efficient Contents Modification and Deletion |
Publication Type | Conference Paper |
Year of Publication | 2019 |
Authors | Ra, Gyeong-Jin, Lee, Im-Yeong |
Conference Name | 2019 Sixth International Conference on Software Defined Systems (SDS) |
Date Published | June 2019 |
Publisher | IEEE |
ISBN Number | 978-1-7281-0722-6 |
Keywords | append-only distributed ledger, arbitrary injection, arbitrary modifications, authentication, block-chained hybrid blockchain system, blockchain, contents deletion, contents modification, CRAB method, create-retrieve-append-burn, data deletion, data privacy, database technology, deletion, Distributed Database, Distributed databases, Hybrid Blockchain, hybrid blockchain-based XGS, metadata, modification, owner private key, privacy, privacy breach, private key cryptography, pubcrawl, Public key, Scalability, Servers, smart contracts, system trust, XOR global state, XOR Global State(XGS) |
Abstract | Blockchain is a database technology that provides the integrity and trust of the system can't make arbitrary modifications and deletions by being an append-only distributed ledger. That is, the blockchain is not a modification or deletion but a CRAB (Create-Retrieve-Append-Burn) method in which data can be read and written according to a legitimate user's access right(For example, owner private key). However, this can not delete the created data once, which causes problems such as privacy breach. In this paper, we propose an on-off block-chained Hybrid Blockchain system to separate the data and save the connection history to the blockchain. In addition, the state is changed to the distributed database separately from the ledger record, and the state is changed by generating the arbitrary injection in the XOR form, so that the history of modification / deletion of the Off Blockchain can be efficiently retrieved. |
URL | https://ieeexplore.ieee.org/document/8768696 |
DOI | 10.1109/SDS.2019.8768696 |
Citation Key | ra_study_2019 |
- Hybrid Blockchain
- XOR Global State(XGS)
- XOR global state
- system trust
- smart contracts
- Servers
- Scalability
- Public key
- pubcrawl
- private key cryptography
- privacy breach
- privacy
- owner private key
- modification
- metadata
- hybrid blockchain-based XGS
- append-only distributed ledger
- Distributed databases
- Distributed Database
- deletion
- database technology
- data privacy
- data deletion
- create-retrieve-append-burn
- CRAB method
- contents modification
- contents deletion
- blockchain
- block-chained hybrid blockchain system
- authentication
- arbitrary modifications
- arbitrary injection