The Mother of AI Project

This is a learner-focused project where you'll build a complete research assistant system that automatically fetches academic papers, understands their content, and answers your research questions using advanced RAG techniques.

The arXiv Paper Curator will teach you to build a production-grade RAG system using industry best practices. Unlike tutorials that jump straight to vector search, we follow the professional path: master keyword search foundations first, then enhance with vectors for hybrid retrieval.

🎯 The Professional Difference: We build RAG systems the way successful companies do - solid search foundations enhanced with AI, not AI-first approaches that ignore search fundamentals.

By the end of this course, you'll have your own AI research assistant and the deep technical skills to build production RAG systems for any domain.

• Week 1: Complete infrastructure with Docker, FastAPI, PostgreSQL, OpenSearch, and Airflow
• Week 2: Automated data pipeline fetching and parsing academic papers from arXiv
• Week 3: Production BM25 keyword search with filtering and relevance scoring
• Week 4: Intelligent chunking + hybrid search combining keywords with semantic understanding
• Week 5: Complete RAG pipeline with local LLM, streaming responses, and Gradio interface
• Week 6: Production monitoring with Langfuse tracing and Redis caching for optimized performance
• Week 7: Agentic RAG with LangGraph and Telegram Bot for mobile access

Complete Week 7 architecture showing Telegram bot integration with the agentic RAG system

Detailed LangGraph workflow showing decision nodes, document grading, and adaptive retrieval

Week 7 Code walkthrough + blog: Agentic RAG with LangGraph and Telegram

Key Innovations in Week 7:

• Intelligent Decision-Making: Agents evaluate and adapt retrieval strategies
• Document Grading: Automatic relevance assessment with semantic evaluation
• Query Rewriting: Adaptive query refinement when results are insufficient
• Guardrails: Out-of-domain detection prevents hallucination
• Mobile Access: Telegram bot for conversational AI on any device
• Transparency: Full reasoning step tracking for debugging and trust

• Docker Desktop (with Docker Compose)
• Python 3.12+
• UV Package Manager (Install Guide)
• 8GB+ RAM and 20GB+ free disk space

# 1. Clone and setup
git clone <repository-url>
cd arxiv-paper-curator

# 2. Configure environment (IMPORTANT!)
cp .env.example .env
# The .env file contains all necessary configuration for OpenSearch, 
# arXiv API, and service connections. Defaults work out of the box.
# You need to add Jina embeddings free api key and langfuse keys (check the blogs)

# 3. Install dependencies
uv sync

# 4. Start all services
docker compose up --build -d

# 5. Verify everything works
curl http://localhost:8000/health

📥 Clone a specific week's release:

# Clone a specific week's code
git clone --branch <WEEK_TAG> https://github.com/jamwithai/arxiv-paper-curator
cd arxiv-paper-curator
uv sync
docker compose down -v
docker compose up --build -d

# Replace <WEEK_TAG> with: week1.0, week2.0, etc.

Start here! Master the infrastructure that powers modern RAG systems.

• Complete infrastructure setup with Docker Compose
• FastAPI development with automatic documentation and health checks
• PostgreSQL database configuration and management
• OpenSearch hybrid search engine setup
• Ollama local LLM service configuration
• Service orchestration and health monitoring
• Professional development environment with code quality tools

Infrastructure Components:

• FastAPI: REST endpoints with async support (Port 8000)
• PostgreSQL 16: Paper metadata storage (Port 5432)
• OpenSearch 2.19: Search engine with dashboards (Ports 9200, 5601)
• Apache Airflow 3.0: Workflow orchestration (Port 8080)
• Ollama: Local LLM server (Port 11434)

# Launch the Week 1 notebook
uv run jupyter notebook notebooks/week1/week1_setup.ipynb

Completion Guide: Follow the Week 1 notebook for hands-on setup and verification steps.

Blog Post: The Infrastructure That Powers RAG Systems - Detailed walkthrough and production insights

Building on Week 1 infrastructure: Learn to fetch, process, and store academic papers automatically.

• arXiv API integration with rate limiting and retry logic
• Scientific PDF parsing using Docling
• Automated data ingestion pipelines with Apache Airflow
• Metadata extraction and storage workflows
• Complete paper processing from API to database

Data Pipeline Components:

• MetadataFetcher: 🎯 Main orchestrator coordinating the entire pipeline
• ArxivClient: Rate-limited paper fetching with retry logic
• PDFParserService: Docling-powered scientific document processing
• Airflow DAGs: Automated daily paper ingestion workflows
• PostgreSQL Storage: Structured paper metadata and content

# Launch the Week 2 notebook  
uv run jupyter notebook notebooks/week2/week2_arxiv_integration.ipynb

Completion Guide: Follow the Week 2 notebook for hands-on implementation and verification steps.

Blog Post: Building Data Ingestion Pipelines for RAG - arXiv API integration and PDF processing

Building on Weeks 1-2 foundation: Implement the keyword search foundation that professional RAG systems rely on.

• Why keyword search is essential for RAG systems (foundation first approach)
• OpenSearch index management, mappings, and search optimization
• BM25 algorithm and the math behind effective keyword search
• Query DSL for building complex search queries with filters and boosting
• Search analytics for measuring relevance and performance
• Production patterns used by real companies

Search Infrastructure Components:

• OpenSearch Service: src/services/opensearch/ - Professional search service implementation
• Search API: src/routers/search.py - Search API endpoints with BM25 scoring
• Learning Materials: notebooks/week3/ - Complete OpenSearch integration guide
• Quality Metrics: Precision, recall, and relevance scoring

# Launch the Week 3 notebook
uv run jupyter notebook notebooks/week3/week3_opensearch.ipynb

Completion Guide: Follow the Week 3 notebook for hands-on OpenSearch setup and BM25 search implementation.

Blog Post: The Search Foundation Every RAG System Needs - Complete BM25 implementation with OpenSearch

Building on Week 3 foundation: Add the semantic layer that makes search truly intelligent.

• Section-based chunking with intelligent document segmentation
• Production embeddings with Jina AI integration and fallback strategies
• Hybrid search mastery using RRF fusion for keyword + semantic retrieval
• Unified API design with single endpoint supporting multiple search modes
• Performance analysis and trade-offs between search approaches

Hybrid Search Infrastructure Components:

• Text Chunker: src/services/indexing/text_chunker.py - Section-aware chunking with overlap strategies
• Embeddings Service: src/services/embeddings/ - Production embedding pipeline with Jina AI
• Hybrid Search API: src/routers/hybrid_search.py - Unified search API supporting all modes
• Learning Materials: notebooks/week4/ - Complete hybrid search implementation guide

# Launch the Week 4 notebook
uv run jupyter notebook notebooks/week4/week4_hybrid_search.ipynb

Completion Guide: Follow the Week 4 notebook for hands-on implementation and verification steps.

Blog Post: The Chunking Strategy That Makes Hybrid Search Work - Production chunking and RRF fusion implementation

Building on Week 4 hybrid search: Add the LLM layer that turns search into intelligent conversation.

• Local LLM integration with Ollama for complete data privacy
• Performance optimization with 80% prompt reduction (6x speed improvement)
• Streaming implementation using Server-Sent Events for real-time responses
• Dual API design with standard and streaming endpoints
• Interactive Gradio interface with advanced parameter controls

Complete RAG Infrastructure Components:

• RAG Endpoints: src/routers/ask.py - Dual endpoints (/api/v1/ask + /api/v1/stream)
• Ollama Service: src/services/ollama/ - LLM client with optimized prompts
• System Prompt: src/services/ollama/prompts/rag_system.txt - Optimized for academic papers
• Gradio Interface: src/gradio_app.py - Interactive web UI with streaming support
• Launcher Script: gradio_launcher.py - Easy-launch script (runs on port 7861)

# Launch the Week 5 notebook
uv run jupyter notebook notebooks/week5/week5_complete_rag_system.ipynb

# Launch Gradio interface
uv run python gradio_launcher.py
# Open http://localhost:7861

Completion Guide: Follow the Week 5 notebook for hands-on LLM integration and RAG pipeline implementation.

Blog Post: The Complete RAG System - Complete RAG system with local LLM integration and optimization techniques

Building on Week 5 complete RAG system: Add observability, performance optimization, and production-grade monitoring.

• Langfuse integration for end-to-end RAG pipeline tracing
• Redis caching strategy with intelligent cache keys and TTL management
• Performance monitoring with real-time dashboards for latency and costs
• Production patterns for observability and optimization
• Cost analysis and LLM usage optimization (150-400x speedup with caching)

Production Infrastructure Components:

• Langfuse Service: src/services/langfuse/ - Complete tracing integration with RAG-specific metrics
• Cache Service: src/services/cache/ - Redis client with exact-match caching and graceful fallback
• Updated Endpoints: src/routers/ask.py - Integrated tracing and caching middleware
• Docker Config: docker-compose.yml - Added Redis service and Langfuse local instance
• Learning Materials: notebooks/week6/ - Complete monitoring and caching implementation guide

# Launch the Week 6 notebook
uv run jupyter notebook notebooks/week6/week6_cache_testing.ipynb

Completion Guide: Follow the Week 6 notebook for hands-on Langfuse tracing and Redis caching implementation.

Blog Post: Production-ready RAG: Monitoring & Caching - Production-ready RAG with monitoring and caching

Building on Week 6 production system: Add intelligent reasoning, multi-step decision-making, and Telegram bot integration for mobile-first AI interactions.

• LangGraph workflows for state-based agent orchestration with decision nodes
• Guardrail implementation for query validation and domain boundary detection
• Document grading with semantic relevance evaluation
• Query rewriting for automatic query refinement and better retrieval
• Adaptive retrieval with multi-attempt retrieval and intelligent fallback
• Telegram bot integration with async operations and error handling
• Reasoning transparency by exposing agent decision-making process

Agentic RAG Infrastructure Components:

• Agent Nodes: src/services/agents/nodes/ - Guardrail, retrieve, grade, rewrite, and generate nodes
• Workflow Orchestration: src/services/agents/agentic_rag.py - LangGraph workflow coordination
• Telegram Bot: src/services/telegram/ - Command handlers and message processing
• Agentic Endpoint: src/routers/agentic_ask.py - Agentic RAG API endpoint
• Learning Materials: notebooks/week7/ - Week 7 learning materials and examples

# Launch the Week 7 notebook
uv run jupyter notebook notebooks/week7/week7_agentic_rag.ipynb

Completion Guide: Follow the Week 7 notebook for hands-on LangGraph agentic RAG and Telegram bot implementation.

Blog Post: Agentic RAG with LangGraph and Telegram - Building intelligent agents with decision-making, adaptive retrieval, and mobile access

Setup:

cp .env.example .env
# Edit .env for your environment

Key Variables:

• JINA_API_KEY - Required for Week 4+ (hybrid search with embeddings)
• TELEGRAM__BOT_TOKEN - Required for Week 7 (Telegram bot integration)
• LANGFUSE__PUBLIC_KEY & LANGFUSE__SECRET_KEY - Optional for Week 6 (monitoring)

Complete Configuration: See .env.example for all available options and detailed documentation.

Development Tools: UV, Ruff, MyPy, Pytest, Docker Compose

arxiv-paper-curator/
├── src/                    # Main application code
│   ├── routers/            # API endpoints (search, ask, papers)
│   ├── services/           # Business logic (opensearch, ollama, agents, cache)
│   ├── models/             # Database models (SQLAlchemy)
│   ├── schemas/            # Pydantic validation schemas
│   └── config.py           # Environment configuration
├── notebooks/              # Weekly learning materials (week1-7)
├── airflow/                # Workflow orchestration (DAGs)
├── tests/                  # Test suite
└── compose.yml             # Docker service orchestration

API Documentation: Visit http://localhost:8000/docs for interactive API explorer

# View all available commands
make help

# Quick workflow
make start         # Start all services
make health        # Check all services health
make test          # Run tests
make stop          # Stop services

# If you prefer using commands directly
docker compose up --build -d    # Start services
docker compose ps               # Check status
docker compose logs            # View logs
uv run pytest                 # Run tests

Common Issues:

• Services not starting? Wait 2-3 minutes, check docker compose logs
• Port conflicts? Stop other services using ports 8000, 8080, 5432, 9200
• Memory issues? Increase Docker Desktop memory allocation

Get Help:

• Check the comprehensive Week 1 notebook troubleshooting section
• Review service logs: docker compose logs [service-name]
• Complete reset: docker compose down --volumes && docker compose up --build -d

This course is completely free! You'll only need minimal costs for optional services:

• Local Development: $0 (everything runs locally)
• Optional Cloud APIs: ~$2-5 for external LLM services (if chosen)

MIT License - see LICENSE file for details.