DeepEar ｜ 顺风耳

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🚀 Live Demo (Free Lite Version): https://deepear.vercel.app/

An open-source Deep Research framework that transforms Public Opinion into actionable Investment Logic Chains with skills.

▶️ Click to Watch DeepEar Workflow Demo (Video)

Click the preview below to see generated sample reports:

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📖 Table of Contents

• When to Use
• Features
• Quick Start
• Agent Skill Integration
• Architecture
• Development Guide
• Roadmap
• Contributing
• License

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🎯 When to Use

DeepEar is designed for financial analysts, quantitative researchers, and individual investors who need to bridge the gap between unstructured information and actionable trading signals.

• Investment Research: Automate the collection and analysis of fragmented information from social media and news outlets to discover hidden investment opportunities.
• Market Monitoring: Real-time tracking of "hot topics" (e.g., policy shifts, industry breakthroughs) and their potential impact on specific sectors or stocks.
• Quantitative Analysis: Convert qualitative news into quantitative sentiment scores and signal indicators for backtesting or model input.
• Report Automation: Generate professional-grade investment reports with structured logic, charts, and references in seconds.

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✨ Features

• Multi-Agent Collaboration: Specialized agents for Trend Spotting, Financial Analysis, and Report Writing working in concert.
• Agent Skill Ready: plug-and-play skill for AI agents (Antigravity, OpenCode), turning any chat assistant into a financial researcher.
• Interactive Fintech Dashboard: A modern React-based UI for real-time monitoring of agent workflows, logs, and structured results.
• Logic Evolution Tracking: Active tracking of how investment theses evolve as new market news and price data arrive.
• Signal-Based Comparison: Deep side-by-side analysis of signal changes, drift in sentiment, and logic updates between different runs.
• 15+ Data Sources: Comprehensive coverage including Weibo, Cailian Press, Wall Street News, and more via NewsToolkit.
• News-Aware Time-Series Model: Custom Kronos integration with a news-projection layer for predicting price shocks.
• Visualized Reports & Logic Graphs: High-fidelity HTML reports featuring interactive Draw.io diagrams for logic transmission.
• Hybrid RAG Engine: Combines BM25 (keyword) and Vector Search (semantic) for precise information retrieval.

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🚀 Quick Start

Prerequisites

• Python 3.12+
• uv (Recommended for fast package management)

Installation

1. Clone the repository

   git clone https://github.com/RKiding/DeepEar.git
   cd DeepEar

2. Install dependencies

   uv sync

Configuration

1. Setup Environment Variables Copy the example configuration file:

   cp .env.example .env

2. Edit .env Open .env and fill in your API keys. DeepEar supports a wide range of providers:

   • LLM_PROVIDER: openrouter, openai, ollama, deepseek, etc.
   • REASONING_MODEL_ID: Model for complex analysis (e.g., gpt-4o).
   • TOOL_MODEL_ID: Model for tool usage (e.g., qwen2.5).
   • JINA_API_KEY: (Optional) Unified Jina API key for both web search (s.jina.ai) and content extraction (r.jina.ai).

Running DeepEar

Option 1: Start the Dashboard (Recommended)

Launch the modern web interface to monitor and control the agents visually:

# Initial the frontend (First time only)
cd dashboard/frontend
npm install 
npm run build

# Start the server
uv run python -m dashboard.server

Open http://localhost:8765 in your browser.

Real-time Agent Workflow Monitoring Dashboard

Note: For first-time access, you need to register an account. Use the default invitation code DEEP-EAR-ADMIN to get started. You can generate more invitation codes using uv run scripts/generate_invitation.py.

Option 2: Command Line Interface

Execute the main workflow directly:

uv run src/main_flow.py

CLI Command Line Arguments

Argument	Description	Default
--query	User query/intent (e.g., "A-share tech sector")	None
--sources	News sources: all, financial, social, tech, or a comma-separated list	all
--wide	Number of news items to fetch per source	10
--depth	Report depth: auto (LLM decided) or an integer limit	auto
--template	ISQ (Investment Signal Quality) scoring template ID	default_isq_v1
--concurrency	Concurrency level for signal analysis (max workers)	1
--resume	Resume from the latest checkpoint	False
--resume-from	Checkpoint to resume from: report (reuse MD), analysis (rerender)	report
--update-from	Update an existing run (provide base run ID) to track signal evolution	None

The system will start the agent workflow: identifying intent -> fetching trends -> analyzing signals -> predictive modeling -> generating reports.

Artifacts will be saved in the reports/ directory.

Option 3: Use as an AI Agent Skill

DeepEar can be integrated into various AI agent frameworks (like Antigravity, OpenCode, Claude Code) as a specialized skill. For individual component skills (e.g., news fetchers, sentiment analyzers), please refer to Awesome-finance-skills.

1. Install the Skill Copy the skills/deepear directory to your agent's skill folder:

   # Example for OpenCode/Claude Code
   mkdir -p ~/.config/opencode/skills/
   cp -r skills/deepear ~/.config/opencode/skills/

2. Skill Installation Paths

Framework	Scope	Installation Path
Antigravity	Workspace	<workspace>/.agent/skills/<skill>/
	Global	~/.gemini/antigravity/global_skills/<skill>/
OpenCode	Project	.opencode/skills/<skill>/ or .claude/skills/<skill>/
	Global	~/.config/opencode/skills/<skill>/
OpenClaw	Workspace	<workspace>/skills (highest priority)
	Managed	~/.openclaw/skills
Claude Code / Codex	Personal	~/.claude/skills/ or ~/.codex/skills/
	Project	.claude/skills/

3. Start the Skill Server

   uv run skills/deepear/scripts/server.py

   The agent can now use the analyze tool to trigger the DeepEar workflow and status to check results.

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🏗 Architecture

DeepEar follows a layered architecture to decouple tools, agents, and workflow logic.

graph TD
    User[User Query] --> Intent[Intent Agent]
    Intent --> Trend[Trend Agent]
    
    subgraph "Discovery Layer"
        Trend --> |Fetch & Filter| Source["Data Sources"]
    end
    
    Trend --> |Raw Signals| Logic[Logic Filter]
    Logic --> |Qualified Signals| Fin[Fin Agent]
    
    subgraph "Analysis Layer"
        Fin --> |Market Data| Stock[Stock Toolkit]
        Fin --> |Deep Dive| Search[Search Toolkit]
        Fin --> |Scoring| ISQ[ISQ Template]
    end
    
    Fin --> |Structured Analysis| Report[Report Agent]
    
    subgraph "Prediction Layer"
        Report --> Forecast[Forecast Agent]
        Forecast --> |News Embeddings| NewsProj[News Projection Layer]
        NewsProj --> Kronos[Kronos Model]
        Forecast --> |Adjustment| LLM[LLM Refinement]
    end
    
    subgraph "Output Layer"
        Report --> |Map-Reduce| Draft[Draft Sections]
        Draft --> |Hybrid RAG| Edit[Unified Edit]
        Edit --> Final[Final Report .md/.html]
    end

Loading

Core Components

1. Workflow Layer (main_flow.py): Orchestrates the global state and execution path, supporting checkpoints and resume.
2. Agent Layer (src/agents/):
   • TrendAgent: Scans for hot topics and performs initial sentiment analysis.
   • FinAgent: Validates investment logic, checks stock data, and formulates transmission chains using ISQ templates.
   • ForecastAgent: Integrates time-series models with LLM reasoning for price trend predictions.
   • ReportAgent: Uses a Map-Reduce approach to plan, write, and refine professional reports with interactive charts.
3. Infra & Tools (src/tools/, src/utils/):
   • Toolkits: News, Stock, Sentiment, Search.
   • Storage: SQLite for persistence, Vector DB for semantic search.

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🧠 News-Aware Kronos Model

One of the core innovations in DeepEar is the integration of a few-shot news-projection layer into the Kronos foundation model. This allows the system to not just predict based on historical prices, but to understand the quantitative impact of news events.

The news-aware projection mechanism: mapping semantic embeddings to the model's latent space.

• Projection Layer: A lightweight linear layer that maps SentenceTransformer embeddings to the hidden state of Kronos.
• Global Shift: The projected news bias is added to the hidden representation across all time steps, shifting the model's "latent expectation" before final prediction.
• Training: Fine-tuned on a synthetic dataset of historical news-shock pairs verified by LLM reasoning.

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🛠 Development Guide

Project Structure (Key Directories)

DeepEar/
├── config/             # Configuration profiles
├── docs/               # Documentation & Guides
├── reports/            # Generated reports
├── src/
│   ├── agents/         # AI Agents (Trend, Fin, Report, Intent)
│   ├── tools/          # Toolkits (News, Stock, Search)
│   ├── utils/          # Core utilities (LLM factory, DB, Sentiment)
│   └── main_flow.py    # Entry point
├── .env.example        # Environment template
└── pyproject.toml      # Dependency management

Adding a New Data Source

1. Create a new provider class in src/tools/news_toolkit/providers/.
2. Register the provider in NewsToolkit.
3. Ensure output format matches the standard NewsItem schema.

Testing

Run the test suite using pytest:

uv run pytest src/tests/

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🗺 Roadmap

Derived from our internal plans:

Phase 1: Enhanced Visualization & Signals

• Semantic Visualization: Relation topology graphs and ISQ Radar charts.
• Interactive Dashboard: Real-time React-based fintech UI for run monitoring.
• Interactive Diagrams: Logic transmission chains via Draw.io.

Phase 2: Advanced Inference

• Time-Series Integration: Integrated Kronos for predictive K-line modeling.
• News-Aware Projection: Latent space news impact injection into foundation models.
• AI Forecasting: Multi-agent market impact refinement.

Phase 3: Infrastructure & Automation

• Hybrid Search: Reciprocal Rank Fusion of BM25 and Vector Search.
• Logic Evolution Tracking: Active monitoring of investment thesis changes over time.
• Signal-Based Comparison: Visual diffing of signal sentiment and reasoning across runs.

Phase 4: Expansion

• US Market Support: Add Alpha Vantage/Yahoo Finance adaptors.
• LangGraph Migration: Graph-based state management for complex loops.
• Polymarket Integration: Add prediction market data as a signal source.

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🤝 Contributing

Contributions are welcome! Please feel free to verify the docs/guide.md for architectural conformance before submitting a Pull Request.

1. Fork the Project
2. Create your Feature Branch (git checkout -b feature/AmazingFeature)
3. Commit your Changes (git commit -m 'Add some AmazingFeature')
4. Push to the Branch (git push origin feature/AmazingFeature)
5. Open a Pull Request

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🙏 Acknowledgements

Special thanks to the following projects and communities for their inspiration and core technologies:

• Agno: For providing the robust multi-agent framework.
• Kronos: For the high-performance time-series foundation model.
• NewsNow: For the comprehensive news collection capabilities.
• DeepFund: For the advanced financial analysis methodology and research.

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📜 Citation

If you find this project useful in your research or applications, please consider citing it:

@misc{deep_ear_2026,
  author = {Runke Ruan},
  title = {DeepEar: An Extensible Framework for Financial Signal Extraction and News-Aware Forecasting},
  year = {2026},
  publisher = {GitHub},
  journal = {GitHub Repository},
  howpublished = {\url{https://github.com/rkiding/DeepEar}}
}

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📄 License

Distributed under the MIT License. See LICENSE for more information.