Agentic Knowledge Graphs for AI Engineers: Build Intelligent, Self-Evolving Graph Systems that Power Reasoning, Memory, and Action in AI Agents
Paperback
Currently unavailable to order
ISBN13: 9798271933523
Publisher: Independently Published
Published: Oct 28 2025
Pages: 282
Weight: 1.09
Height: 0.59 Width: 7.00 Depth: 10.00
Language: English
Publisher: Independently Published
Published: Oct 28 2025
Pages: 282
Weight: 1.09
Height: 0.59 Width: 7.00 Depth: 10.00
Language: English
Agentic Knowledge Graphs for AI Engineers: Build Intelligent, Self-Evolving Graph Systems that Power Reasoning, Memory, and Action in AI Agents
What separates an intelligent agent from a merely responsive one? The answer lies not in its language model, but in how it structures, recalls, and reasons over knowledge. As AI systems evolve beyond retrieval-based interactions, the need for agentic memory and reasoning has become the next frontier. This book delivers the blueprint for building Agentic Knowledge Graphs (AKGs), dynamic, graph-based systems that give AI agents the ability to think contextually, remember meaningfully, and act intelligently. Designed for AI engineers, data scientists, software developers, and enterprise architects, this hands-on guide shows how to bridge graph technology, retrieval augmentation, and autonomous planning into a unified cognitive layer. You'll learn to design graph schemas that evolve with context, connect embeddings with relationships for reasoning, and orchestrate agents that plan, execute, and learn through their own graph state. Through detailed architecture patterns, code-driven workflows, and production-ready best practices, you'll master how to:
What separates an intelligent agent from a merely responsive one? The answer lies not in its language model, but in how it structures, recalls, and reasons over knowledge. As AI systems evolve beyond retrieval-based interactions, the need for agentic memory and reasoning has become the next frontier. This book delivers the blueprint for building Agentic Knowledge Graphs (AKGs), dynamic, graph-based systems that give AI agents the ability to think contextually, remember meaningfully, and act intelligently. Designed for AI engineers, data scientists, software developers, and enterprise architects, this hands-on guide shows how to bridge graph technology, retrieval augmentation, and autonomous planning into a unified cognitive layer. You'll learn to design graph schemas that evolve with context, connect embeddings with relationships for reasoning, and orchestrate agents that plan, execute, and learn through their own graph state. Through detailed architecture patterns, code-driven workflows, and production-ready best practices, you'll master how to:
- Construct scalable, schema-aware knowledge graphs that store memory and context for AI agents.
- Integrate graph databases with vector stores for hybrid retrieval and reasoning.
- Design ingestion, linking, and validation pipelines using LLM-guided extractors and rule-based heuristics.
- Model agentic behavior, planning, tool invocation, and environment feedback, directly in the graph.
- Monitor, evaluate, and evolve your graph-agent ecosystem with observability metrics and continual learning strategies.
