The Auditor's Guide to Blockchain Technology

The 21st century has been host to a number of information systems technologies in the areas of science, automotive, aviation and supply chain, among others. But perhaps one of its most disruptive is blockchain technology whose origin dates to only 2008, when an individual (or perhaps a group of individuals) using the pseudonym Satoshi Nakamoto published a white paper entitled Bitcoin: A peer-to-peer electronic cash system in an attempt to address the threat of "double- spending" in digital currency. Today, many top-notch global organizations are already using or planning to use blockchain technology as a secure, robust and cutting-edge technology to better serve customers. The list includes such well-known corporate entities as JP Morgan, Royal Bank of Canada, Bank of America, IBM and Walmart. The tamper-proof attributes of blockchain, leading to immutable sets of transaction records, represent a higher quality of evidence for internal and external auditors. Blockchain technology will impact the performance of the audit engagement due to its attributes, as the technology can seamlessly complement traditional auditing techniques. Furthermore, various fraud schemes related to financial reporting, such as the recording of fictitious revenues, could be avoided or at least greatly mitigated. Frauds related to missing, duplicated and identical invoices can also be greatly curtailed. As a result, the advent of blockchain will enable auditors to reduce substantive testing as inherent and control audit risks will be reduced thereby greatly improving an audit's detection risk. As such, the continuing use and popularity of blockchain will mean that auditors and information systems security professionals will need to deepen their knowledge of this disruptive technology. If you are looking for a comprehensive study and reference source on blockchain technology, look no further than The Auditor's Guide to Blockchain Technology: Architecture, Use Cases, Security and Assurance. This title is a must read for all security and assurance professionals and students looking to become more proficient at auditing this new and disruptive technology.

Shaun Aghili is a full professor of management and lead faculty in the Master of Information Systems Assurance Management (MISAM) program at Concordia University of Edmonton. MISAM is Canada's first and only graduate-level program in information systems auditing. Shaun holds a total of 15 professional designations. These include certifications as a management accountant, a financial services and government sector internal auditor and risk assurance specialist, a fraud examiner, an information systems auditor and an information systems and cloud security professional. He also holds a number of blockchain-related certifications such as Certified Blockchain Expert, Certified Blockchain Solutions Architect, Certified Blockchain Security Professional and Certified Blockchain Project Manager. Shaun is the author of over 90 published articles, book chapters and conference proceedings. His latest book is entitled Fraud Auditing Using CAATT: A Manual for Auditors and Forensic Accountants to Detect Organizational Fraud. Shaun has also been awarded a certificate of merit for 'outstanding character and excellence in contributing to the literature for the advancement of management accounting and financial management' by the Institute of Management Accountants. His current research interest revolves around the application of blockchain technology to various business uses.

1- Blockchain Technology: Creating Trust in a Trustless Environment. 2 - Blockchain Architecture, Components and Considerations. 3 - Blockchain Tokens and Cryptocurrencies. 4 - The Advent of the Triple Entry Accounting: Implications for Accountants and Auditors. 5 - Blockchain Use in The Financial Services Sectors. 6 - Blockchain and Supply Chain Management. 7 - Ethereum, Hyperledger and Corda: A Side-By-Side Comparison of Capabilities and Constraints for Developing Various Business Case Uses. 8 - Designing a Blockchain Application. 9 - Blockchain Application Development. 10 - Testing and Auditing Blockchain Applications. 11 - Blockchain System Implementation. 12 - Blockchain Risk, Governance Compliance, Assessment and Mitigation. 13 - Blockchain User, Network and System-Level Attacks and Mitigation. 14 - Smart Contract Vulnerabilities, Attacks, and Auditing Considerations. 15 - Blockchain-as-a-Service.