Assessing Regulatory Risk in Personal Financial Advice Documents: a Pilot Study
Wanita Sherchan, Simon Harris, Sue Ann Chen, Nebula Alam, Khoi-Nguyen, Tran, Adam J. Makarucha, Christopher J. Butler

TL;DR
This paper presents a pilot study using AI, NLP, and machine learning to automate the assessment of regulatory compliance in personal financial advice documents, aiming to improve coverage and efficiency.
Contribution
It introduces an AI-based approach for systematically evaluating regulatory risk in financial advice documents, demonstrating a practical application in government oversight.
Findings
AI models effectively classify advice documents by risk level
The system enables rapid identification of high-risk non-compliant documents
The pilot showcases successful public-private collaboration in AI development
Abstract
Assessing regulatory compliance of personal financial advice is currently a complex manual process. In Australia, only 5%- 15% of advice documents are audited annually and 75% of these are found to be non-compliant(ASI 2018b). This paper describes a pilot with an Australian government regulation agency where Artificial Intelligence (AI) models based on techniques such natural language processing (NLP), machine learning and deep learning were developed to methodically characterise the regulatory risk status of personal financial advice documents. The solution provides traffic light rating of advice documents for various risk factors enabling comprehensive coverage of documents in the review and allowing rapid identification of documents that are at high risk of non-compliance with government regulations. This pilot serves as a case study of public-private partnership in developing AI…
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Taxonomy
TopicsArtificial Intelligence Applications · Robotic Process Automation Applications · Computational and Text Analysis Methods
