|
Title: |
|
Authors:
|
|
Abstract: Purpose: This study examines how digitally enabled internal audit capabilities are
reconfigured under conditions of information asymmetry, with a specific focus
on identifying the boundaries within which internal audit can meaningfully
mitigate accounting fraud risk.
Methodology/Design/Approach The study adopts an empirical design combining advanced data-intensive
analytical mechanisms with internal audit processes in complex organizational
settings. A multi-period dataset is analyzed to assess how digitally enabled
audit practices influence different categories of fraud risk under asymmetric
information conditions. Robust econometric techniques are employed to test
capability reconfiguration effects while accounting for organizational and
environmental constraints.
Findings The results show that digital enablement does not uniformly reduce fraud
risk. Instead, it selectively expands internal audit capabilities in
transaction-based and process-related fraud while exhibiting limited
effectiveness against collusive and strategically concealed fraud. Information
asymmetry is found to act as a structural constraint that defines the upper
boundaries of internal audit effectiveness, even in digitally enabled
environments.
Originality
and Value Rather than treating digitalization as a universal solution, this study introduces a boundary-based perspective that explains where and why digitally enabled internal audit succeeds or fails. These reframing advances auditing research by shifting the focus from effectiveness claims to capability limits under real-world conditions. Theoretical,
Practical, and Social Implications The study contributes theoretically by integrating capability theory with information asymmetry in internal auditing. Practically, it guides audit leaders on realistic expectations of digital enablement. Socially, it supports more credible fraud prevention strategies by avoiding overreliance on technological promises. DOI: https://doi.org/10.51505/IJEBMR.2026.10403 |
|
PDF Download |