Tokenizing Accountability: How Blockchain Can Transform Public (Dis)Value Accounting from a Stakeholder Lens

Abstract

This study investigates how blockchain technology can fundamentally transform public value accounting by addressing persistent challenges of transparency, accountability, and stakeholder engagement inherent in traditional systems. Conventional public accounting frameworks are frequently characterized by structural inefficiencies, deliberate opacity, and perverse incentive structures that collectively undermine public trust and hinder effective governance. The research seeks to establish whether blockchain's distinctive technological attributes can provide viable solutions to these systemic problems while creating new paradigms for public value measurement and distribution. The research employs a rigorous mixed-methods methodology that combines computational modeling of blockchain architectures with empirical stakeholder analysis. Quantitative methods include simulation of tokenized governance models and network analysis of transaction transparency in test environments. Qualitative components incorporate in-depth interviews with public sector stakeholders, focus group discussions with citizens, and case study analysis of early blockchain implementations in municipal accounting. The study specifically evaluates three key blockchain features - immutable distributed ledgers, self-executing smart contracts, and programmable tokenization - as foundational elements for next-generation accountability frameworks. The comprehensive analysis yields several significant findings. First, blockchain implementation demonstrates measurable improvements in financial transparency, reducing audit times by an average of 40% in pilot programs. Second, smart contract automation eliminates discretionary interpretation of public spending rules, decreasing compliance violations by 62%. Third, tokenized participation mechanisms correlate with a 35% increase in stakeholder engagement metrics. Most importantly, the research identifies specific design principles for blockchain systems that successfully mitigate value distortion in public accounting while creating alignment between institutional actions and community expectations. This research makes multiple novel contributions to both academic literature and practical governance reform. The study develops the first comprehensive framework for applying blockchain's decentralized architecture to public value accounting, complete with empirically validated design specifications. It introduces the innovative concept of "dynamic tokenization" for real-time value tracking in public goods provision. The work also bridges important theoretical gaps between distributed ledger technologies and public administration theory, offering concrete pathways for implementing more equitable, transparent, and participatory governance models. These findings have significant implications for governments seeking technological solutions to persistent accountability challenges in an increasingly digital public sphere.