Time:
10:25am - 11:10am
Location:
STEM Building - Room #TBD2
In the dynamic landscape of global data privacy and regulatory compliance, the integration of Retrieval-Augmented Generation (RAG) with a custom BERT-GRC classifier marks a significant advancement in Governance, Risk, and Compliance (GRC) technologies. This paper presents a dual-structured approach that combines the power of Large Language Models (LLMs) with a comprehensive corpus of domain-specific data, providing GRC professionals with sophisticated tools to adapt to evolving compliance requirements. The BERT-GRC classifier, a core component of our framework using a large BERT (Bidirectional Encoder Representations from Transformers) model, specifically targets identifying gaps in organizational policies against industry-standard security and privacy regulations. Traditional compliance methods are increasingly inadequate given the rapid pace of regulatory changes, necessitating a more adaptive approach to data protection standards. This tool initiates the compliance review process, acting as a critical first step in a comprehensive system designed to enhance regulatory adherence and policy optimization.
Our advanced RAG system, combined with the BERT-GRC classifier, integrates real-time data retrieval into the generative process through a pre-trained seq2seq transformer paired with a dense vector index. This hybrid model facilitates deep contextual understanding and supports dynamic compliance content generation, enabling GRC officers to maintain a proactive stance in managing risks and adhering to regulations. The practical application of this system has been validated through rigorous testing with multiple industry partners, demonstrating its effectiveness in providing actionable insights that significantly streamline compliance processes. This methodology, refined through real-world applications, highlights the potential of AI to transform the GRC landscape, offering a robust, scalable solution capable of adapting to regulatory challenges and enhancing strategic decision-making in compliance management.
