Trusted AI Adoption Using Fine-Tuned Reinforcement Learning
This is an online event. Pre-registration is required.
Trusted adoption of an AI solution in an enterprise setting has many requirements. Large Language Models (LLMs) can often be constrained by the risks of hallucination bias and limited operational trust and reliability. Overcoming these challenges requires models whose output is fully grounded, auditable, and accurate. In addition, enterprise policy compliancy is critical in highly regulated sectors such as finance, healthcare, legal, insurance, government, and critical infrastructure.
This presentation will discuss a solution framework with open-source models that can be systematically adapted using a combination of post-training optimization with advanced and agentic Retrieval-Augmented Generation (RAG) to create a production-ready enterprise LLM architecture. Advanced RAG is able to strengthen factual grounding through hybrid retrieval, metadata filtering, reranking, citation generation, and context optimization. Agentic RAG is able to extend this capability by enabling planner, retriever, verifier, and critic agents to decompose complex tasks, iteratively retrieve evidence, validate sufficiency, re-query when needed, and produce auditable answers suitable for enterprise production use.
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Speakers
Prasad Venkatachar
Biography:
Prasad Venkatachar serves as Director of AI Solutions Engineering at VAST Data, where he is focused on building AI Solutions by working with strategic partners such as Nvidia by helping them accelerate and scale their AI journey. He is an IEEE Senior Member and BCS Fellow, and serves as Conference Advisory Board member for FMS: the Future of Memory and Storage. Prior to VAST Data, Prasad worked at HP, SanDisk, Lenovo, and Pliops. He has presented AI/ML and Data/Big Data solutions at various industry conferences such as NVIDIA GTC, Microsoft Ignite, Oracle Cloud World, FMS, SNIA, and SDC. Prasad is pursuing a Doctoral Degree in AI/ML at George Washington University.