FinRobot: An Open-Source AI Agent Platform for Financial Applications using Large Language Models

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FinRobot: An Open-Source AI Agent Platform for Financial Applications using Large Language Models

Hongyang Yang
Boyu Zhang
Neng Wang
Cheng Guo
Xiaoli Zhang
Likun Lin
Junlin Wang
Tianyu Zhou
Mao Guan
Runjia Zhang
Christina Dan Wang
Published on 5/23/2024
Cross-asset
AI
LLM
Multi-Agent

FinRobot is an open-source AI agent platform designed to democratize access to advanced financial analysis tools powered by large language models (LLMs). The platform addresses key challenges in financial AI, including transparency, global market adaptation, model diversity, and real-time data processing. It features a four-layer architecture: Financial AI Agents layer with Chain-of-Thought (CoT) prompting for structured reasoning, Financial LLM Algorithms layer with domain-specific models (FinGPT, FinRL, FinML, multimodal LLMs), LLMOps and DataOps layers for dynamic model selection and real-time data management, and a Multi-source LLM Foundation Models layer supporting plug-and-play integration of various LLMs.

The platform's core innovation is the Smart Scheduler, which evaluates and selects the most suitable LLM for each financial task based on performance metrics, ensuring optimal adaptability. Financial CoT prompting breaks down complex problems into logical steps, mimicking human analyst reasoning and improving interpretability. Demo applications include Market Forecaster, which predicts stock price movements by analyzing news, financials, and market data, and Document Analysis & Generation, which automates extraction and report creation from financial documents. FinRobot is released as open-source to promote collaboration and continuous improvement in financial AI.

Highlights

  • 1First open-source AI agent platform dedicated to financial analysis, integrating multi-source LLMs.
  • 2Introduces Financial Chain-of-Thought (CoT) prompting for step-by-step reasoning in complex financial tasks.
  • 3Smart Scheduler mechanism dynamically selects optimal LLMs for specific financial tasks, enhancing adaptability.
  • 4Multi-layer architecture (AI Agents, LLM Algorithms, LLMOps/DataOps, Foundation Models) for end-to-end financial workflows.
  • 5Demo applications (Market Forecaster, Document Analysis) demonstrate practical utility in stock prediction and report generation.

Methods

  • M
    Financial Chain-of-Thought (CoT) prompting for structured reasoning and interpretability.
  • M
    Multi-source LLM integration with Smart Scheduler for task-specific model selection.
  • M
    Supervised fine-tuning (LoRA) of LLMs (e.g., Llama-2) on financial instruction data for domain adaptation.
  • M
    Retrieval-Augmented Generation (RAG) for enriching analysis with external data.

Results

  • R
    Market Forecaster accurately predicts stock price movements (e.g., NVDA up 0-1%, Kweichow Moutai up 0-1%) by synthesizing news, financials, and market data.
  • R
    Document Analysis agents extract critical information from financial reports and generate detailed summaries.
  • R
    Multi-source LLM integration improves performance on multilingual (e.g., Chinese) and multimodal financial tasks.
  • R
    Financial CoT prompting enhances transparency and interpretability of AI-driven financial analysis.
  • R
    Open-source platform fosters collaboration and accelerates innovation in financial AI.
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