## 2 Related Work
The study was founded on the design of Hyperledger Fabric, and the findings indicate the platform's pertinence to government services and use cases. The analysis of Hyperledger Fabric also entails the identification of the platform's actors, services, procedures, and data structure. [PERSON] et al. [38] presented a proposed framework for an electronic identification document (e-ID) system that utilises Blockchain technology and biometric authentication. The Electronic Identification (E-ID) system is utilised to authenticate individuals in various transactions such as notarial services, registration, tax declaration and payment transactions, basic health services, and recording business activities. The proposed method for validating transactions was developed utilising a blockchain framework to monitor and verify all transactions executed by individuals registered in the electoral registry. This approach guarantees security, consistency, expandability, traceability, and clarity. Furthermore, the study presents a blockchain network structure that is distributed and decentralised, encompassing all network nodes, databases, and government entities such as national registries and notarial offices. [PERSON] et al. [39] employed Ethereum wallets and the Solidity programming language to develop and evaluate a sample e-voting system as a smart contract for the Ethereum network. The feasibility of enabling Android platform users who do not possess Ethereum wallets to participate in voting is currently under discussion. The electoral data pertaining to ballots and votes shall be stored on the Ethereum blockchain subsequent to the conduct of an election. The collective agreement among Ethereum nodes is responsible for processing voting requests, which can be initiated by users via an Android device or directly from their Ethereum wallets. This agreement provides an open platform for electronic voting and investigates the dependability and efficacy of blockchain-based electronic voting systems in depth. Their application is limited to small-scale voting systems, so new problems may arise in larger systems. [PERSON] et al. [40] suggested the theoretical basis and benefits of blockchain technology for managing and distributing government information. They also went into more detail about the blockchain-based solution. In addition, they developed a blockchain-based architecture for sharing government information and providing technical and administrative implementation techniques. The outcome was a framework for analysing government and user interaction with information. Moreover, this model of government information-sharing facilitates the provision of transparency in the distribution of government information. In addition, this initiative facilitates the development and enhancement of information sharing capabilities within the government, providing a standardised information-sharing framework for e-government across various departments and regions. The Table 1 below contrasts the above papers based on the maturity of their solutions and consensus algorithms. \begin{table}
\begin{tabular}{c  
Despite the numerous benefits demonstrated by previous studies and research, all of them can fail or lose their advantages if implemented to a different field. This paper works on a radical and general solution to manage and store any incoming document in a blockchain network regardless of domain or business context. The amount of human intervention required to save the uploaded transaction document is minimised. Everything else is administered exclusively by the SECHash model. As a consequence of utilising the model, both human error and voluntary document modification are complicated processes. Moreover, because the documents are hashed, any modification requires new fragmentation calculations. Thus, our system architecture automates the data entry process with OCR technology and implements data integration with blockchain technology.