A Secure Blockchain Framework for Storing Historical Text: A Case Study of the Holy Hadith

【Author】 Awad, Khaled M.; ElNainay, Mustafa; Abdeen, Mohammad; Torki, Marwan; Saif, Omar; Nabil, Emad

【Source】COMPUTERS

【影响因子】0.000

【Abstract】Historical texts are one of the main pillars for understanding current civilization and are used to reference different aspects. Hadiths are an example of one of the historical texts that should be securely preserved. Due to the expansion of the online resources, fabrications and alterations of fake Hadiths are easily feasible. Therefore, it has become more challenging to authenticate the online available Hadith contents and much harder to keep these authenticated results secure and unmanipulated. In this research, we are using the capabilities of the distributed blockchain technology to securely archive the Hadith and its level of authenticity in a blockchain. We selected a permissioned blockchain customized model in which the main entities approving the level of authenticity of the Hadith are well-established and specialized institutions in the main Islamic countries that can apply their own Hadith validation model. The proposed solution guarantees its integrity using the crowd wisdom represented in the selected nodes in the blockchain, which uses voting algorithms to decide the insertion of any new Hadiths into the database. This technique secures data integrity at any given time. If any organization's credentials are compromised and used to update the data maliciously, 50% + 1 approval from the whole network nodes will be required. In case of any malicious or misguided information during the state of reaching consensus, the system will self-heal using practical Byzantine Fault Tolerance (pBFT). We evaluated the proposed framework's read/write performance and found it adequate for the operational requirements.

【Keywords】holy hadith; permissioned blockchain; byzantine fault tolerance; hyperledger fabric; data integrity; secure blockchain; practical byzantine fault tolerance; islamic hadith

【发表时间】2022 MAR

【收录时间】2022-04-13

【文献类型】期刊

【主题类别】

区块链技术-分布式存储-