Releases: Ronit26Mehta/YieldYatra-An-Autonomous-AI-Agent-for-DeFi-Trading-with-Aptos-Integration
1.0.0
📦 YieldYatra Release Notes
🚀 Version 1.0.0 - Initial Release (March 7, 2025)
YieldYatra is an Autonomous AI-powered agent designed for Decentralized Finance (DeFi) trading, integrated with Aptos blockchain. This initial release introduces robust AI strategies, a fully functional backend server, interactive frontend for backtesting, and comprehensive documentation of implemented methodologies.
🌟 New Features
- Autonomous AI Trading Algorithms:
- Implemented advanced AI trading algorithms, including:
- Kage no Suiri (Shadow Logic): GARCH and Hidden Markov Model (HMM) for volatility-based trading signals.
- Kitsune no Kōsen (Fox’s Beam): CNN and Dynamic Time Warping (DTW) for predictive modeling.
- Ryu no Riron (Dragon’s Theory): Fractal analysis using Lyapunov exponents and chaotic modeling.
- Sakura no Kagami (Cherry Blossom Mirror): Mirror regression for trend reversal prediction.
- Hikari no Suishin (Momentum Strategy): Principal Component Analysis (PCA)-driven momentum detection.
- Tenshi no Shikaku (Angel’s Geometry): Topological data analysis for identifying support/resistance levels.
- Zen no Ritsu (Zen Rhythm): Wavelet transforms for rhythm-based market analysis.
- Implemented advanced AI trading algorithms, including:
✨ Key Features
- Autonomous Trading: Fully automated execution of trades based on AI-generated signals.
- Advanced Metrics: Implements proprietary Yield Score and Risk Index metrics for optimal risk-adjusted portfolio management.
- Aptos Blockchain Integration: On-chain transaction handling via the Aptos SDK.
- Visualization Dashboard: Interactive charts and detailed performance analytics powered by Plotly and Streamlit.
- Strategic Backtesting: Robust backtesting engine supporting both real-time (via CCXT) and historical (CSV) data.
- Comprehensive Logging: Detailed trade logs for auditability and performance tracking.
🛠 Technical Stack
- Backend: Flask, CCXT, Pandas, NumPy, SciPy, Plotly, Aptos SDK
- Frontend: Streamlit, Plotly, Requests
- Blockchain Integration: Aptos Python SDK
- Visualization: Plotly, Matplotlib, Streamlit
📊 Interactive Dashboard
- Easy-to-use frontend built with Streamlit, providing:
- Interactive strategy configuration
- Real-time performance visualization
- Downloadable trade summaries and historical data
📖 Documentation
Included detailed theoretical and practical documentation:
- Aptos AI Agent: Explanation of AI metrics (Yield Score, Risk Index), pseudo-code, and Aptos integration.
- Aptos Trader Implementation: Detailed backend implementation strategies and pseudo-code.
- Japanese-Inspired Trading Strategies: Comprehensive theoretical and mathematical frameworks for each trading model.
🖥 Frontend Application
The frontend interface is built using Streamlit and includes:
- Professional and intuitive UI for configuring and running trading backtests.
- Advanced, interactive visualizations powered by Plotly.
📈 Strategies Implemented
The following strategies are integrated and ready for use:
Strategy | Type | Primary Technique |
---|---|---|
RSI | Relative Strength Index-based signals | |
MA | Moving Average crossover signals | |
RSI_MA | Combined RSI and Moving Average strategy | |
KAGE | Volatility and Hidden Markov Models | |
KITSUNE | Neural Networks with DTW | |
RYU | Fractal dimension and Lyapunov exponent | |
SAKURA | Mirror regression modeling | |
HIKARI | Momentum-based principal components | |
TENSHI | Topological persistence analysis | |
ZEN | Wavelet-based rhythm analysis | |
defAI | AI-driven rebalancing and yield optimization |
🔗 Aptos Blockchain Integration
- Secure, automated transaction execution using Aptos official Python SDK.
- Real-time portfolio rebalancing triggered by AI-generated signals.
📍 Installation & Usage
To set up and run YieldYatra locally:
git clone https://github.com/yourusername/YieldYatra.git cd YieldYatra pip install -r requirements.txt
Start Backend
python backend/aptos_backend.py
Start Frontend
streamlit run frontend/aptos_frontend.py
🙌 Contribution Guidelines
We welcome community contributions! To contribute:
- Fork the repository.
- Create your feature branch (
git checkout -b feature/amazing-feature
). - Commit changes and create a Pull Request.
📜 License
YieldYatra is licensed under MIT License. Feel free to modify, distribute, and contribute.
📌 Notes
- Ensure backend server and Aptos blockchain credentials are configured.
- Contact maintainers for any deployment or setup queries.
🌟 Happy Trading! 🌟
Here's a complete, professional, and structured GitHub release notes template (`RELEASE.md`) suitable for the YieldYatra project:📦 YieldYatra Release Notes
🚀 Version 1.0.0 - Initial Release (March 7, 2025)
YieldYatra is an Autonomous AI-powered agent designed for Decentralized Finance (DeFi) trading, integrated with Aptos blockchain. This initial release introduces robust AI strategies, a fully functional backend server, interactive frontend for backtesting, and comprehensive documentation of implemented methodologies.
🌟 New Features
- Autonomous AI Trading Algorithms:
- Implemented advanced AI trading algorithms, including:
- Kage no Suiri (Shadow Logic): GARCH and Hidden Markov Model (HMM) for volatility-based trading signals.
- Kitsune no Kōsen (Fox’s Beam): CNN and Dynamic Time Warping (DTW) for predictive modeling.
- Ryu no Riron (Dragon’s Theory): Fractal analysis using Lyapunov exponents and chaotic modeling.
- Sakura no Kagami (Cherry Blossom Mirror): Mirror regression for trend reversal prediction.
- Hikari no Suishin (Momentum Strategy): Principal Component Analysis (PCA)-driven momentum detection.
- Tenshi no Shikaku (Angel’s Geometry): Topological data analysis for identifying support/resistance levels.
- Zen no Ritsu (Zen Rhythm): Wavelet transforms for rhythm-based market analysis.
- Implemented advanced AI trading algorithms, including:
✨ Key Features
- Autonomous Trading: Fully automated execution of trades based on AI-generated signals.
- Advanced Metrics: Implements proprietary Yield Score and Risk Index metrics for optimal risk-adjusted portfolio management.
- Aptos Blockchain Integration: On-chain transaction handling via the Aptos SDK.
- Visualization Dashboard: Interactive charts and detailed performance analytics powered by Plotly and Streamlit.
- Strategic Backtesting: Robust backtesting engine supporting both real-time (via CCXT) and historical (CSV) data.
- Comprehensive Logging: Detailed trade logs for auditability and performance tracking.
🛠 Technical Stack
- Backend: Flask, CCXT, Pandas, NumPy, SciPy, Plotly, Aptos SDK
- Frontend: Streamlit, Plotly, Requests
- Blockchain Integration: Aptos Python SDK
- Visualization: Plotly, Matplotlib, Streamlit
📊 Interactive Dashboard
- Easy-to-use frontend built with Streamlit, providing:
- Interactive strategy configuration
- Real-time performance visualization
- Downloadable trade summaries and historical data
📖 Documentation
Included detailed theoretical and practical documentation:
- [Aptos AI Agent](docs/Aptos%20AI%20Agent.pdf): Explanation of AI metrics (Yield Score, Risk Index), pseudo-code, and Aptos integration.
- [Aptos Trader Implementation](docs/aptos%20trader.pdf): Detailed backend implementation strategies and pseudo-code.
- [Japanese-Inspired Trading Strategies](docs/japanses-inspired-trading-strategy.pdf): Comprehensive theoretical and mathematical frameworks for each trading model.
🖥 Frontend Application
The frontend interface is built using Streamlit and includes:
- Professional and intuitive UI for configuring and running trading backtests.
- Advanced, interactive visualizations powered by Plotly.
📈 Strategies Implemented
The following strategies are integrated and ready for use:
Strategy | Type | Primary Technique |
---|---|---|
RSI | Relative Strength Index-based signals | |
MA | Moving Average crossover signals | |
RSI_MA | Combined RSI and Moving Average strategy | |
KAGE | Volatility and Hidden Markov Models | |
KITSUNE | Neural Networks with DTW | |
RYU | Fractal dimension and Lyapunov exponent | |
SAKURA | Mirror regression modeling | |
HIKARI | Momentum-based principal components | |
TENSHI | Topological persistence analysis | |
ZEN | Wavelet-based rhythm analysis | |
defAI | AI... |