Overview

Agent-Based AI in Python: A Framework for Reasoning, Planning, and Action presents a practical approach to building intelligent systems that can observe their environment, make decisions, and take purposeful actions. Rather than focusing only on models or algorithms, this work emphasizes how autonomous agents are structured, how they reason about goals, how plans are formed and adapted, and how actions are executed reliably in real-world scenarios. The framework is designed around core agent capabilities such as perception, memory, reasoning, planning, and tool use, all implemented using Python's flexible and expressive ecosystem. Readers are guided through designing agent behaviors, coordinating multiple agents, handling uncertainty, and integrating external systems while maintaining clarity and scalability. This resource is intended for developers, researchers, and practitioners who want to move beyond static AI applications and create systems that think, decide, and act autonomously. By combining sound architectural principles with practical implementation strategies, it provides a solid foundation for building agent-based AI systems that are robust, extensible, and production-ready.

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