Hadi Nurhadi, Mahdi Mahdi, Irdawati Irdawati, Meliana Meliana
This article examines how the adoption of blockchain technology influences audit efficiency and fraud detection within modern accounting practice. As financial transactions increasingly move into distributed ledger environments, external auditors are compelled to revisit the assumptions, procedures, and tools that underpin traditional assurance work. Through a systematic review of contemporary auditing, accounting information systems, and financial technology literature, this study identifies the mechanisms through which blockchain reshapes the audit process. The findings indicate that blockchain adoption enhances efficiency primarily by enabling real-time access to immutable transaction records, reducing reliance on sampling-based procedures, automating control testing through smart contracts, and facilitating continuous auditing. At the same time, the technology strengthens fraud detection capacity by improving the traceability of transactions, increasing the difficulty of retroactive manipulation, and supporting forensic analysis of anomalous patterns. However, the realization of these benefits is conditional on several factors, including auditor competence, integration with legacy systems, regulatory clarity, data privacy constraints, and the risk that fraud shifts to points where the blockchain boundary intersects with off-chain processes. The review concludes that blockchain does not eliminate the need for professional skepticism; rather, it redefines the focus of auditor judgment from verifying recorded transactions to evaluating the reliability of the underlying technology environment and its governance. Practical implications for audit firms, standard-setting bodies, and regulators are discussed.
The digital transformation of Islamic finance encourages the evolution of musharakah contracts into a technology-based crowdfunding ecosystem. However, this change also presents a more complex moral hazard risk due to the limitations of direct supervision. This research aims to synthesize the scientific literature for the period 2015-2025 in order to map the digital evolution of musharakah contracts and formulate a moral hazard risk mitigation framework that is adaptive to the characteristics of sharia crowdfunding platforms. The study uses a Systematic Literature Review (SLR) with a descriptive-analytical approach across 15 reputable scientific articles. The findings show that the moral hazard in sharia crowdfunding stems from information asymmetry, weaknesses in digital financial reporting, and limited platform oversight capacity, which collectively weakens the integrity of profit-sharing-based contracts. Effective mitigation requires the integration of four dimensions, namely algorithmic technology such as blockchain and smart contracts, strengthening digital sharia supervisory institutions, updating specific OJK regulations, and increasing the capacity of Islamic financial literacy, which together form the concept of Algorithmic Sharia Governance as a novelty in this study.