Country : United States (Dallas, Texas)
Industry : Finance & Investment Technology (FinTech)
Team Size : 5+
Delivered AI-Powered Financial Chatbot for Real-Time Market Insights:
We built a conversational AI system using OpenAI’s AutoGen framework to help users query live stock data and receive intelligent investment insights in real time.
Processed Market Queries in Seconds:
The chatbot dynamically generates and executes Python code to fetch stock information from multiple APIs, providing users with instant, data-backed insights that support faster decision-making.
Our client is a FinTech startup based in Dallas, USA, aiming to make investment decisions simpler and more accessible for individuals and small-scale traders. The company focuses on developing intelligent tools that enable users to interact with real-time financial data through natural language.
The product is an AI-powered stock market chatbot that allows users to access real-time market data, stock trends, and investment suggestions through simple, conversational queries.
The chatbot serves as an intelligent financial assistant capable of:
Understanding natural language queries about stock prices, performance, and trends
Fetching real-time data from multiple financial APIs (Alpha Vantage, Yahoo Finance, etc.)
Delivering insights, comparisons, and investment suggestions instantly
Enhancing user engagement through interactive and personalized financial conversations
Provide Real-Time Market Insights:
Allow users to retrieve and interpret live financial data with ease through a conversational interface.
Empower Novice Investors:
Simplify access to complex financial insights by providing actionable data without requiring technical or market expertise.
Enhance User Engagement:
Create an interactive platform where users can have meaningful, data-driven discussions with an AI chatbot — leading to increased retention and daily active use.
AI/ML Development
Natural Language Processing
Data Analytics
API Integration
Python Automation
1. Dynamic Data Retrieval:
The chatbot had to generate real-time Python code to interact with APIs and return up-to-date stock information for thousands of symbols.
2. Accurate Query Interpretation:
Understanding user intent and mapping it to relevant data fields (e.g., stock price, moving averages, or market trends) required advanced NLP fine-tuning.
3. Scalability & Response Speed:
The system needed to process multiple concurrent user requests while maintaining low latency for real-time insights.
Our team developed a real-time AI chatbot architecture powered by OpenAI’s AutoGen framework.
1. Architecture & Query Understanding
The chatbot was designed with an NLP-driven architecture that interprets user intents using classification and entity extraction models. This ensures that when a user asks, “What’s Apple’s stock trend today?”, the system identifies the company (“Apple”) and the intent (“trend analysis”).
2. Dynamic Data Fetching & Processing
We implemented dynamic Python code generation to call relevant APIs (Alpha Vantage, Yahoo Finance, etc.) in real time. This approach allows the bot to retrieve live data, process it instantly, and format responses into natural, conversational replies.
3. Insight Generation
The chatbot provides actionable insights — such as moving averages, RSI (Relative Strength Index), and sentiment-based stock recommendations — empowering users to make informed decisions.
4. Investment Recommendations
Based on market movement and user interest, the chatbot offers personalized investment suggestions, identifying promising or declining stocks.
OpenAI AutoGen Framework
Python
Yahoo Finance API
Alpha Vantage API
AWS Cloud
FastAPI
PostgreSQL (for logging and analytics)
Step 1
We analyzed the client’s target audience and identified the most frequent investment queries users would likely ask. This guided the chatbot’s NLP design and conversational flow.
Step 2
We created an AI-driven system combining query understanding with dynamic data retrieval. The architecture supports flexible integration of additional data sources and trading APIs in the future.
Step 3
Using OpenAI’s AutoGen, we designed a self-improving conversational model capable of generating Python functions for data fetching and formatting, ensuring accuracy and flexibility.
Step 4
We implemented multiple testing layers — including simulated user queries, load testing, and API stress testing — to ensure high reliability and sub-second response times.
Step 3
The chatbot was deployed on AWS with monitoring dashboards to track uptime, latency, and user engagement metrics.
The AI-driven chatbot successfully transformed how users interact with live financial data. By leveraging AutoGen’s dynamic code generation and robust API integrations, we enabled real-time, intelligent conversations for traders and investors alike.
Key outcomes include:
Real-Time Data Access: Instant, conversational access to financial information from multiple sources.
Improved Decision-Making: Users receive actionable insights within seconds, enabling smarter investments.
Enhanced Engagement: Interactive AI boosted user retention and satisfaction metrics.
Accessible for All: Simplified complex data for beginners without compromising analytical depth.