Blockchain-Integrated Framework for Transparent Urban Public Contract Management
Keshav Singh Chauhan, Seema Kharod, Abhishek Kumar Srivastava, Kartik Sharma, Shahid Azeem · INTERANTIONAL JOURNAL OF SCIENTIFIC RESEARCH IN ENGINEERING AND MANAGEMENT · 2025
Abstract—Corruption, inefficiency, transparency deficits, and sluggish process are some of the challenges that have been encountered in urban management of public contracts and these obstacles have hampered proper governance and service delivery. In this research paper, the researcher is suggesting a blockchain- based system with improved accountability, transparency, and security in managing urban public contracts. This system uses decentralized ledgers and smart contracts as the key to tamper- proof ledgers, automated compliance, and real-time contract implementation monitoring. The proposed approach will help to reduce risks of fraud and mismanagement by getting rid of intermediaries, cutting the paperwork, and enhancing efficiency and confidence of the citizens to the government. One of the prototype models is discussed to prove that the concept of blockchain integration in urban contract management is feasible and the model has the potential to transform the management approach to the way the public projects are run in smart cities. The research comes to the conclusion that the implementation of blockchain in city management can form a strong structure of safe, open, and effective contracts management. Index Terms—Blockchain, Urban Governance, Public Contract Management, Transparency, Smart Contracts, Decentralization, Security.