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NODES 26 — November 12, 2026

Vercel SDK Integration with Neo4j

Session track: Modern Applications

Session time:

Session description:

LLM-powered chat applications are traditionally stateless, often suffering from "amnesia" that forces them to re-derive context, leading to expensive and inefficient prompt-stuffing. This presentation explores a production-ready solution: integrating the Neo4j Agent Memory System (NAMS) with the Vercel AI SDK. We will walk through the implementation of a persistent memory layer that categorizes knowledge into short-term, long-term, and reasoning graph structures. I will demonstrate two distinct integration patterns: Provider Mode: A transparent middleware approach for seamless, "invisible" memory integration. Tools Mode: A model-driven approach that grants the agent agency over memory, providing auditability and debuggability. We will also cover best practices for using the Model Context Protocol (MCP) to bridge conversational memory with live graph data and discuss strategies for optimising token usage and memory retrieval latency.

Speaker

photo of Karan Chellani

Karan Chellani

Senior Solution Architect, Persistent

Karan Chellani is a Senior Solution Architect with 19 years of experience in enterprise technology and systems architecture. Throughout his career, he has specialized in designing and deploying complex AI/ML infrastructures. Currently, Karan focuses on modern GenAI frameworks and Agentic AI, helping organizations bridge the gap between experimental LLM implementations and production-grade, scalable applications. He is passionate about solving the "amnesia" problem in conversational AI through persistent, memory-augmented agent architectures.