Developing a Blockchain-Based Platform for Transparent Property Transaction Management

Thesis Abstract

The opaque and often fragmented nature of property transactions has propagated issues of fraud, delayed processing times, and a lack of transparency, undermining stakeholder confidence and hindering economic growth within real estate markets. This study aims to develop and validate a blockchain-based platform designed to enhance transparency, security, and efficiency in property transaction management. The specific objectives include examining existing legal and procedural bottlenecks in property transactions, identifying stakeholder requirements for a digital platform, designing a blockchain architecture tailored to estate management, and evaluating the system's impact on transaction authenticity, processing time, and stakeholder trust. Adopting a mixed-methods research design, the study combines qualitative and quantitative approaches to provide comprehensive insights. The qualitative phase involves conducting 30 in-depth interviews and 10 focus group discussions with key stakeholders, including real estate agents, legal practitioners, government regulators, and property buyers and sellers, to gather detailed requirements and perceptions. The quantitative phase encompasses a survey administered to 200 estate professionals and property owners selected via stratified random sampling, aiming to quantify stakeholder attitudes toward blockchain adoption and transaction transparency. Data collection instruments include semi-structured interview guides, structured questionnaires, and system usability assessment scales, meticulously validated through content validity index (CVI) and test-retest reliability measures. The analytical framework employs thematic analysis for qualitative data to identify recurring themes related to transaction challenges and blockchain acceptance, while quantitative data are analyzed using descriptive statistics, correlation analysis, and multiple regression to determine predictors of blockchain system adoption and perceived transaction improvements. The blockchain platform prototype is developed employing a Hyperledger Fabric architecture, integrating smart contracts to automate transaction verification processes. Subsequently, a pilot implementation is conducted with 50 property transactions to evaluate the system’s performance, accuracy, and stakeholder satisfaction, with data analyzed through paired t-tests and process efficiency metrics. Expected findings indicate that the blockchain platform significantly reduces transaction processing time from an average of 30 days to under 10 days, decreases transaction-related fraud cases, and enhances stakeholder trust across the property supply chain. Additionally, the study anticipates identifying key factors influencing blockchain adoption, including system usability, perceived security benefits, and regulatory acceptance. It is also expected that the platform will improve data integrity and facilitate real-time transaction tracking, thus addressing longstanding transparency and accountability issues. Theoretically, the study extends the technology acceptance model (TAM) by incorporating trust and legal compliance constructs, providing a robust framework for understanding blockchain adoption in estate management contexts. Empirically, the research contributes novel insights into the practical integration of blockchain technology within property markets in a developing country setting, filling existing literature gaps on contextual implementation challenges and stakeholder perceptions. This research advances knowledge by demonstrating that a blockchain-based transaction platform can revolutionize estate management practices, fostering greater transparency, efficiency, and stakeholder confidence. It concludes that strategic integration of blockchain technology, supported by appropriate legal frameworks and user training, is crucial for widespread adoption. Based on the findings, the study recommends developing standardized legal regulations for blockchain transactions, investing in stakeholder training programs, and expanding the pilot system to nationwide deployment. Suggestions for future research include exploring the long-term impacts of blockchain adoption on property market performance and examining cross-country comparative analyses to generalize findings across different regulatory environments.