Blockchain-enabled Transparency Dashboard for Public Budgeting Accountability

Thesis Abstract

Blockchain-enabled transparency mechanisms have the potential to transform public budgeting by providing verifiable, tamper-evident records of fiscal transactions and real-time visibility into allocation flows, thereby addressing pervasive concerns about opacity, misallocation, and weak accountability in government expenditure. The study aims to design, implement, and evaluate a blockchain-enabled transparency dashboard that integrates budget planning, execution, and auditing data to enhance accountability, citizen trust, and governance efficiency. Specific objectives are (1) to model a modular architecture for an immutable budget ledger and user-facing visualization layer; (2) to assess the dashboard’s effect on perceived accountability among municipal stakeholders; (3) to examine whether real-time budget traceability reduces misallocation and improves expenditure control; (4) to evaluate data quality, interoperability, and scalability issues across multiple departments; and (5) to develop policy and technical recommendations for scalable deployment in public-sector budgeting. The methodology adopts a mixed-methods, quasi-experimental design grounded in the principal-agent and transparency theories, with the Technology Acceptance Model guiding user adoption considerations. The population comprises budgetary officials, auditors, and citizens in three mid-sized municipalities implementing the dashboard pilot. A purposive sample of 90 budgetary officials, 30 internal auditors, and 300 citizen participants will be drawn, with a 12-month deployment period. Data collection instruments include (i) system logs and the blockchain ledger to capture transaction-level traceability and integrity metrics; (ii) structured surveys measuring perceived accountability, trust, perceived ease of use, and satisfaction; (iii) semi-structured interviews with 40 officials and 20 auditors to capture governance implications; and (iv) document analysis of budgetary reports, audit findings, and procurement records pre- and post-implementation. Validity and reliability will be ensured through pilot testing of surveys (Cronbach’s alpha > 0.80), triangulation across data sources, and inter-rater reliability checks for interview coding. Data analysis will proceed as follows descriptive statistics and inferential analyses using multiple regression to test the impact of dashboard usage on perceived accountability and expenditure accuracy; difference-in-differences (DiD) analysis comparing pilot municipalities with matched controls over the 12 months to identify causal effects on budget variance and procurement anomalies; time-series analysis of ledger activity to detect changes in transaction integrity; thematic analysis of interview transcripts to identify governance and legitimacy implications; and a cost-benefit assessment comparing traditional and blockchain-enabled processes. The analytical framework will include a conceptual model linking transparency features (traceability, immutability, auditable dashboards) to governance outcomes (accountability, efficiency, citizen trust). Expected findings include (a) statistically significant improvements in perceived accountability among officials and auditors, (b) reductions in budget variance and procurement anomalies in pilot municipalities relative to controls, (c) higher user acceptance and perceived usefulness among public servants, and (d) demonstrable data quality enhancements and interoperability gains across finance, procurement, and audit systems. The study anticipates that the blockchain ledger, coupled with an intuitive dashboard, fosters greater citizen engagement and reduces information asymmetry between government and civil society. The contribution to knowledge lies in empirically validating a scalable, interoperable, blockchain-based budgeting framework and delineating the organizational and technical prerequisites for successful public-sector deployment, including data governance, privacy, and regulatory alignment. Practical implications encompass guidelines for minimum viable architecture, data standards, role-based access control, and change-management strategies to institutionalize transparency-driven accountability in budgeting. The principal conclusion is that a carefully designed blockchain-enabled transparency dashboard can meaningfully enhance public budgeting accountability and governance legitimacy, provided it is embedded within a robust governance framework, rigorous data quality controls, and sustained stakeholder engagement; recommendations include adopting modular ledger components, establishing governance councils across departments, investing in data standardization, and pursuing phased rollouts with ongoing evaluation to inform scaling across jurisdictions.