Our Mission

πŸ” Research Excellence

At the intersection of data science and financial markets, we develop cutting-edge algorithms that transform raw data into actionable trading insights.

πŸ€– AI Innovation

We pioneer the use of large language models and multi-agent systems in algorithmic trading, creating autonomous trading agents that learn and adapt.

🌐 Open Source Impact

Through open-source contributions, we democratize access to advanced trading tools and foster collaboration in the quant community.

Key Achievements

2022 - Present
πŸš€ Rapid Growth & Recognition
Established as a leading academic lab in algorithmic trading with 12k+ GitHub followers and 91 public repositories. Our flagship Vibe-Trading project has gained widespread industry adoption.
2023
🌟 Major Project Launch
Released Vibe-Trading - the first self-improving trading agent with multi-agent capabilities. Achieved 22k+ stars and 3.9k+ forks, becoming one of the most popular trading AI projects.
2024
πŸ”’ Security Leadership
Completed comprehensive security audit with 10/10 findings resolved. Implemented advanced sandboxing, authentication, and data protection protocols for trading systems.
2025
🌍 Global Expansion
Expanded market coverage to include Asia-Pacific markets with A-share integration. Launched multi-channel integrations for Slack, Discord, Telegram, and enterprise platforms.

Research Focus Areas

πŸ“Š Algorithmic Trading

Developing novel trading strategies using machine learning, natural language processing, and multi-agent systems. Focus on backtesting, optimization, and risk management.

🧠 AI Agents

Creating autonomous trading agents with memory, learning capabilities, and collaborative workflows. Research in self-improvement and multi-agent coordination.

πŸ”— Data Integration

Building comprehensive data bridges connecting multiple markets (equities, crypto, futures, forex) with robust data validation and composite backtesting systems.

πŸ›‘οΈ Trading Security

Implementing advanced security measures for trading systems including sandboxed execution, authentication protocols, and privacy-preserving analytics.

Connect With Us

GitHub: github.com/HKUDS
Website: sites.google.com/view/chaoh