Crypto Auditing Dissertation Titles | phdassistance.com

Problem Statement:

Auditors face increasing difficulty in maintaining audit quality and financial reporting reliability in crypto-asset environments. The absence of structured frameworks for assessing valuation uncertainty, fraud risk and technological complexity creates inconsistencies in audit practices. Auditors need integrated risk management models because they help auditors detect misstatements while ensuring compliance and building stakeholder trust. The current situation demands an immediate solution through the development of an all-encompassing audit risk framework, which must be designed specifically for cryptocurrency asset assessment.

The financial reporting and auditing processes receive significant benefits from blockchain technology because it delivers results that are completely transparent and traceable, and fully reliable. Financial institutions can conduct ongoing audits through the system, which uses a decentralised ledger system to monitor transactions instantaneously, while its unchangeable system design protects all financial information. Auditors need to change their approaches because crypto assets have become part of regular financial practices, which require them to use blockchain tools for transaction verification and fraud investigation. The process of implementing blockchain technology into auditing systems faces challenges because organisations lack both established implementation methods and the necessary technological expertise, and insufficient supervisory controls.

Problem Statement:
Blockchain technology has the potential to transform auditing practices; however, auditors face difficulties because they do not possess established guidelines or technological solutions that would enable them to use blockchain auditing tools with their current auditing methods. The gap in this technology prevents organisations from using blockchain technology to improve their audit processes through enhanced transparency and accuracy, and better fraud detection systems. Organisations and auditors cannot use blockchain technology to improve audit quality, which results in better financial reporting trustworthiness.

Research gap:

Current research discusses blockchain’s potential benefits but lacks empirical and conceptual models that demonstrate how blockchain-enabled auditing reduces audit risks while improving reporting reliability.

Research Question:

How can blockchain technology be used in auditing processes to improve transparency and accuracy while detecting fraud in crypto-asset transactions?

Outcome:

The research will establish a blockchain-based auditing system that enables ongoing auditing processes, authenticates audit results and builds trust among stakeholders in digital financial statements.

Reference:

Lazea (Trifa), G.-I., Bunget, O.-C., Bălan, A.-D., Solovăstru, M. Ş. (2025), Navigating Auditing Risks in the Crypto Asset Landscape, Audit Financiar, vol. XXIII, no. 1(177)/2025, pp. 197-209, DOI: 10.20869/AUDITF/2025/177/006

Problem Statement:
Auditors and organisations face significant challenges when they attempt to find trustworthy methods that produce consistent results for assessing crypto asset value. The absence of unified assessment methods together with incomplete accounting standards creates a dual problem, which results in financial reporting errors while decreasing audit accuracy and making financial assessment more complex. The absence of organised assessment systems will make it impossible for organisations to achieve consistent and clear financial documentation of their crypto asset holdings