Amazon Bedrock AgentCore integrates with LangGraph for serverless multi-agent systems
Build scalable, observable serverless multi-agent AI with LangGraph on AWS Lambda and Step Functions.
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This article introduces a practical approach to deploying production-grade multi-agent AI systems by combining LangGraph, a graph-based orchestration framework, with Amazon Bedrock’s AgentCore services. The solution targets organizations moving beyond prototypes to reliable, scalable production deployments. It uses AWS Lambda and Step Functions as serverless compute and state management layers, enabling agents to scale automatically and handle burst workloads without infrastructure overhead. AgentCore provides built-in memory for both short-term and long-term context across sessions, while AgentCore Observability offers detailed visibility into each agent invocation, including inputs, outputs, latency, and tool-chain metrics.
A concrete example is provided: a multi-agent campaign review system. It consists of three specialized LangGraph agents — a persona reviewer (analyzing content from diverse perspectives), a validator (checking brand and legal compliance), and a finalizer (synthesizing feedback). The orchestrator, also a LangGraph graph, runs these agents in parallel branches and aggregates results. The entire workflow is packaged as a Docker container and exposed via REST APIs through Amazon API Gateway. This architecture decouples orchestration logic from agent implementation, allowing independent evolution of agents while maintaining a clear, auditable execution path for production systems requiring predictability and extensibility.
- Combines LangGraph’s graph-based orchestration with Amazon Bedrock AgentCore for memory and observability.
- Uses AWS Lambda and Step Functions for serverless, auto-scaling infrastructure with durable state management.
- Includes a multi-agent campaign review system with three specialized agents (persona, validator, finalizer) running in parallel.
Why It Matters
Enables developers to build reliable, observable multi-agent AI systems at scale without managing servers.