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This guide details integrating Neo4j knowledge graphs with IBM watsonx Orchestrate via the Model Context Protocol (MCP) to enable agents with long-term memory and structured data querying. The architecture leverages a local MCP server deployment and custom Python tools to allow AI agents to access organizational data without managing external infrastructure or endpoints. By utilizing the Neo4j Agent Memory Service, the system persists facts across sessions, effectively merging graph databases with orchestration platforms for enhanced reasoning capabilities.
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Building a Neo4j Memory and Graph Agent for IBM watsonx Orchestrate

Neo4j8 min de cititArticolul și perspectiva sunt în engleză.

Bring your organizational knowledge graph and long term memory to agents on IBM watsonx OrchestrateThis guide outlines the architecture and implementation steps for building a Neo4j-backed agent on IBM watsonx Orchestrate. It covers two capabilities. First, a native Orchestrate agent… Read more →

This guide outlines the architecture and implementation steps for building a Neo4j-backed agent on IBM watsonx Orchestrate. It covers two capabilities. First, a native Orchestrate agent that answers questions about companies, people, and investments by querying Neo4j through the Model Context Protocol (MCP), augmented with a custom Python tool. Second, a LangGraph agent imported into Orchestrate that adds long-term memory across sessions, using the Neo4j Agent Memory Service (NAMS), so Neo4j serves as both the knowledge layer and the memory layer. You can find the full code in the Neo4j Agent Integrations repository. Platform-native agents: The primary agent is a declarative Orchestrate agent. Its behavior is defined by a model, instructions, and a toolset, with no application code to host. Zero-infrastructure MCP: The official Neo4j MCP server runs as a local (stdio) toolkit that Orchestrate installs and executes inside its own runtime. There is no container to deploy and no public…

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