Posted: Sep 10, 2018
This research paper examines the effectiveness of Information Systems (IS) auditing procedures in detecting and preventing cyber-fraud attempts across digital channels in the U.S. banking sector. With the rapid digital transformation of financial services, institutions face increasing threats from phishing attacks, account takeover schemes, and sophisticated cyber-fraud attempts. The study develops a comprehensive analytical framework that integrates machine learning algorithms with traditional audit controls to enhance fraud detection capabilities. Through empirical analysis of banking transaction data and audit logs from 2015-2017, we demonstrate that integrated IS audit systems can reduce false positives by 42% while improving detection accuracy by 67%. The research proposes a novel Risk-Weighted Audit Scoring (RWAS) model that dynamically adjusts audit procedures based on real-time risk assessment. Findings indicate that banks implementing adaptive IS audit frameworks experienced a 58% reduction in successful cyber-fraud incidents compared to those relying on conventional static audit approaches. The study contributes to both academic literature and practical implementations
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