2023B02 – Understanding Auditors’ Reliance on Emerging Audit Technologies
Project Number – 2023B02
Research output

2023B02 – Understanding Auditors’ Reliance on Emerging Audit Technologies

What?

What?

Based on our theoretical framework, we will investigate DSS characteristics at the construct level, the heuristic level, and the interaction level of cues on information credibility, taking into account the credibility assessment of the algorithm (see Figure 1). To this end, we formulate three research objectives; one for each level of information credibility cues. More specifically, we will investigate how the following DSS characteristics influence auditors’ reliance on DSS, how these characteristics interact, and through which underlying processes.Research objective 1 – Construct level: DSS explainability and regulatory approvalResearch objective 2 – Heuristic level: Initial information and DSS output styleResearch objective 3 – Interaction level: DSS explainability and DSS output directiveness

Why?

The overall purpose of this project is to investigate how the characteristics of decision support systems (DSS) drive auditors’ reliance on these systems. Traditionally, auditors relied on their professional judgment to select the appropriate information (audit evidence) to support their assessments. However, technological developments have substantially increased the volume and nature of available audit evidence. Therefore, auditors increasingly rely on DSS to support their decision-making. For example, auditors use DSS to aggregate data from different sources into more manageable formats. At the same time, the complexity of DSS has increased dramatically in recent times due to technological developments and the increasing diversity of available data (e.g., e-mail communication, mobile trackers, social media data). Such developments affect auditors’ willingness to rely on DSS to support their judgment and decision-making. Despite substantial investments by audit firms in new technologies, auditors generally remain hesitant to rely on such systems during the audit. Therefore, with this project, we aim to understand the mechanisms through which characteristics of DSS affect auditors’ reliance on such systems.

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Generative AI systems (“GenAI”) can provide auditors with natural-language recommendations that resemble professional advice. Such tools have the potential to support audit judgments. However, a lack of transparency in their processes and reasoning also raises practical questions: when, and to what extent, should auditors rely on AI-generated advice? Because GenAI recommendations are not directly explainable, auditors must rely on indirect cues to assess credibility. In practice, a key indirect cue is AI performance. Firms and software providers commonly disclose stated accuracy levels, either framed in terms of accuracy (“the AI system is 95% accurate”) or in terms of error (“the AI system has a 5% error rate”). Framing AI performance in terms of either “accuracy” or “error” may affect auditors’ reliance in unanticipated ways. The key issue for audit practice is whether these performance cues support appropriate calibration. That is, auditors should use sound advice but remain skeptical of weak output. In this practitioner report, we summarize evidence from an experimental study with practicing auditors examining the effects of stated accuracy and performance framing on reliance on high-quality and low-quality GenAI advice. Our findings show that performance communication influences reliance decisions, with implications for the design and implementation of GenAI in judgment-intensive audit tasks.
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Project info

Project Lead

Kris Hardies

Research team

Michiel Dierckx
Ben Commerford
Mieke Jans
Kris Hardies

Involved University

Project Number – 2023B02

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