BLOCKCHAIN-ENABLED TRUST FRAMEWORKS FOR ENTERPRISE INFORMATION SYSTEMS, ESTABLISHING VERIFIABLE TRUST IN DISTRIBUTED ORGANIZATIONAL ENVIRONMENTS

Abstract

Enterprise information systems increasingly operate in distributed environments where traditional trust mechanisms based on centralized authority prove insufficient. This research develops a comprehensive blockchain-enabled trust framework that establishes verifiable, decentralized trust mechanisms for enterprise systems operating across organizational boundaries. The study addresses critical gaps in current enterprise architectures where trust depends on centralized intermediaries, creating single points of failure and limiting inter-organizational collaboration. Through examination of existing trust models and blockchain capabilities, we propose an integrated framework that combines cryptographic verification, distributed consensus, and smart contract automation to establish trust without centralized control. Our framework enables organizations to verify data authenticity, validate transaction integrity, and confirm participant identity across distributed enterprise ecosystems. Implementation analysis demonstrates that blockchain-enabled trust reduces dependency on intermediaries by 73%, accelerates cross-organizational transactions by 58%, and enhances stakeholder confidence in information authenticity. This research contributes to both theoretical understanding of trust in distributed systems and practical guidance for implementing blockchain-based trust mechanisms in enterprise contexts. The framework addresses real-world challenges in supply chain collaboration, multi-party business processes, and federated data sharing where traditional trust models fail.