About the Course

Triple-Entry Accounting & Real-Time Ledgering – Examines how blockchain enables triple-entry accounting systems that provide cryptographically secured, immutable records serving as a single source of truth for journals and ledgers, fundamentally transforming audit evidence collection, reducing audit risk, and potentially eliminating certain substantive testing procedures.

Continuous Auditing & ERP Integration – Explores the shift toward real-time financial statement assertion validation through blockchain-integrated enterprise systems, addressing how continuous auditing redefines traditional audit approaches, control dependencies, testing challenges, and the impact on IT general controls and transaction-level audit methodologies.

Smart Contract Automation in Financial Reporting – Analyzes the application of smart contracts to automate complex accounting processes including revenue recognition, lease accounting, and asset depreciation, while evaluating embedded control effectiveness versus coding vulnerabilities, oracle risks, financial assertion integrity, and auditor review requirements for smart contract execution and test coverage.

Blockchain-Based Internal Controls & Fraud Risk Management – Maps blockchain control mechanisms to fraud prevention schemes using the ACFE Fraud Tree framework, covering control design for smart contract authorization and exception handling, blockchain-specific audit evidence (hashes, logs, governance records), and CAATT-enhanced testing strategies for analyzing blockchain-based transaction data.

Asset Tokenization & Accounting Treatment Implications – Investigates the tokenization of real-world assets (real estate, equipment, certificates) on blockchain networks, addressing critical accounting considerations including ownership determination, fair value measurement, balance sheet classification, custodial and control risks of tokenized holdings, and reconciliation/valuation challenges for financial statement preparation and audit verification.