# google-agents-resources **Repository Path**: daddybod/google-agents-resources ## Basic Information - **Project Name**: google-agents-resources - **Description**: No description available - **Primary Language**: Unknown - **License**: Not specified - **Default Branch**: main - **Homepage**: None - **GVP Project**: No ## Statistics - **Stars**: 0 - **Forks**: 0 - **Created**: 2026-01-04 - **Last Updated**: 2026-01-04 ## Categories & Tags **Categories**: Uncategorized **Tags**: None ## README # AI Agents: Complete Resource Collection A comprehensive collection of whitepapers covering AI agents from introduction to production deployment. This repository serves as a one-stop resource for learning about agent architecture, tools, context engineering, quality assurance, and production deployment. ## 📚 Overview This repository contains five whitepapers from Google's AI Agents workshop series, providing in-depth coverage of building and deploying AI agents. Each whitepaper focuses on a critical aspect of agent development, from fundamental concepts to production-ready systems. ## 📁 Repository Structure ``` White Papers/ ├── 1 Introduction to Agents.pdf ├── 2 Agent Tools & Interoperability with Model Context Protocol (MCP).pdf ├── 3 Context Engineering_ Sessions & Memory.pdf ├── 4 Agent Quality.pdf └── 5 Prototype to Production.pdf ``` ## 📖 Resource Collection ### 1. Introduction to Agents **Whitepaper**: [`1 Introduction to Agents.pdf`](White%20Papers/1%20Introduction%20to%20Agents.pdf) **Coverage**: - Taxonomy of agent capabilities - Introduction to AI agents and their architecture - Agent Ops discipline for reliability and governance - Agent interoperability and security through identity and constrained policies **Key Topics**: - Multi-agent systems - Architectural patterns for agents - Agent capabilities and classifications - Security and governance frameworks **Additional Resources**: - [Build your first agent using Gemini and ADK](https://www.kaggle.com/code/kaggle5daysofai/day-1a-from-prompt-to-action) - [Build your first multi-agent systems using ADK](https://www.kaggle.com/code/kaggle5daysofai/day-1b-agent-architectures) --- ### 2. Agent Tools & Interoperability with Model Context Protocol (MCP) **Whitepaper**: [`2 Agent Tools & Interoperability with Model Context Protocol (MCP).pdf`](White%20Papers/2%20Agent%20Tools%20%26%20Interoperability%20with%20Model%20Context%20Protocol%20(MCP).pdf) **Coverage**: - External tools functions that allow agents to perform actions beyond their training set - Best practices for designing effective tools - Model Context Protocol (MCP) architecture and components - MCP communication layer, risks, and enterprise readiness gaps **Key Topics**: - Tool integration and design patterns - Long-running operations - Human-in-the-loop workflows - MCP protocol specifications **Additional Resources**: - [Explore new ways to add tools to extend agent capabilities](https://www.kaggle.com/code/kaggle5daysofai/day-2a-agent-tools) - [Implement MCP and long-running operations](https://www.kaggle.com/code/kaggle5daysofai/day-2b-agent-tools-best-practices) --- ### 3. Context Engineering: Sessions & Memory **Whitepaper**: [`3 Context Engineering_ Sessions & Memory.pdf`](White%20Papers/3%20Context%20Engineering_%20Sessions%20%26%20Memory.pdf) **Coverage**: - Context engineering as the practice of dynamically assembling and managing information within an agent's context window - Creating stateful and personalized AI experiences - Sessions: containers for single, immediate conversation history - Memory: long-term persistence mechanisms **Key Topics**: - Context window management - Session state management - Working memory vs. long-term memory - Stateful agent design patterns **Additional Resources**: - [Build stateful agents and perform context engineering](https://www.kaggle.com/code/kaggle5daysofai/day-3a-agent-sessions) - [Implement memory systems for agents](https://www.kaggle.com/code/kaggle5daysofai/day-3b-agent-memory) --- ### 4. Agent Quality **Whitepaper**: [`4 Agent Quality.pdf`](White%20Papers/4%20Agent%20Quality.pdf) **Coverage**: - Holistic evaluation framework for AI agents - Observability foundation built on three pillars: - **Logs**: The diary (detailed execution records) - **Traces**: The narrative (end-to-end request flow) - **Metrics**: The health report (performance indicators) - Continuous feedback loops using: - LLM-as-a-Judge evaluation - Human-in-the-Loop (HITL) evaluation **Key Topics**: - Agent observability and monitoring - Debugging agent failures - Evaluation methodologies - Quality assurance frameworks **Additional Resources**: - [Implement observability for agent debugging](https://www.kaggle.com/code/kaggle5daysofai/day-4a-agent-observability) - [Evaluate agent response quality and tool usage](https://www.kaggle.com/code/kaggle5daysofai/day-4b-agent-evaluation) --- ### 5. Prototype to Production **Whitepaper**: [`5 Prototype to Production.pdf`](White%20Papers/5%20Prototype%20to%20Production.pdf) **Coverage**: - Technical guide to the operational lifecycle of AI agents - Deployment, scaling, and productionization strategies - Challenges of transitioning agentic systems from prototypes to enterprise-grade solutions - Agent2Agent (A2A) Protocol for inter-agent communication **Key Topics**: - Production deployment patterns - Scaling agent systems - Agent-to-agent communication - Enterprise-grade agent architectures **Additional Resources**: - [Explore A2A Protocol for agent interactions](https://www.kaggle.com/code/kaggle5daysofai/day-5a-agent2agent-communication) - [Deploy agents to production environments](https://www.kaggle.com/code/kaggle5daysofai/day-5b-agent-deployment) --- ## 🔧 Technologies & Concepts ### Core Technologies - **Agent Development Kit (ADK)**: Google's framework for building agents - **Gemini**: Google's AI model powering the agents - **Model Context Protocol (MCP)**: Protocol for agent interoperability - **Agent2Agent (A2A) Protocol**: Protocol for agent-to-agent communication - **Vertex AI Agent Engine**: Google Cloud service for deploying agents ### Key Concepts Covered - Agent architecture and taxonomy - Multi-agent systems and coordination - Tool integration and design patterns - Context engineering and optimization - Session and memory management - Observability (Logs, Traces, Metrics) - Agent evaluation and quality assurance - Production deployment and scaling - Agent interoperability protocols ## 🚀 How to Use This Repository 1. **Start with the Fundamentals**: Begin with "Introduction to Agents" to understand the core concepts 2. **Progress Sequentially**: Each whitepaper builds upon previous concepts 3. **Hands-on Practice**: Use the Kaggle notebooks for practical implementation 4. **Reference Guide**: Use these whitepapers as a reference when building your own agents ## 📚 Additional Resources - [Agent Development Kit (ADK) Documentation](https://ai.google.dev/) - [Gemini API Documentation](https://ai.google.dev/docs) - [Model Context Protocol (MCP)](https://modelcontextprotocol.io/) - [Vertex AI Agent Engine](https://cloud.google.com/vertex-ai) ## 🤝 Contributing This is an educational resource repository. If you find errors, have suggestions, or want to add complementary materials, contributions are welcome! ## 📄 Disclaimer & Copyright **Disclaimer**: This repository is a curated collection of educational resources. The whitepapers contained herein are the property of Google and are provided for educational and reference purposes only. - The whitepapers (PDF files) in this repository are copyrighted by Google - This repository serves as a centralized resource for accessing these publicly available educational materials - The organization, curation, and README documentation are maintained for educational purposes - Please respect Google's copyright and usage terms for the original workshop materials - This repository does not claim ownership of the whitepapers or any content created by Google ## 🙏 Acknowledgments - **Google**: For providing the comprehensive whitepapers on AI agents - **Kaggle**: For hosting practical codelabs and notebooks --- *A curated resource collection for AI agent development* 🚀