Published Paper Details:

In order to solve common security concerns with the procurement process, this study explores the implementation of a decentralized electronic tendering system using blockchain technology. Specifically, it focuses on smart contracts constructed upon a user-defined blockchain protocol. The study is broken down into four main sections: 1) General Requirements (GR) formulation and dissemination, 2) bid submission procedures, 3) bid review and negotiation processes, and 4) winning offer selection. Every section integrates distinct algorithms to guarantee a thorough resolution. Concerns about security and auditability are methodically evaluated and compared with current tendering procedures. Establishing a fair, open, and transparent procurement process is the main goal. The project is specifically designed for government tenders and aims to create a transparent and safe blockchaindriven system in order to address issues related to unethical behavior such as bribery and favoritism. In order to protect government records, the suggested framework serves as a solid and unchangeable data structure. This promotes better smart governance, operational efficacy, and costeffectiveness in the public sector. The main goal is to minimize human oversight and streamline the creation of government plans and strategies by establishing a transparent and secure edge computing framework for government tenders.