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Dictionary

Agent Handoff

Agent handoff is the controlled transfer of a task — with its context — from one agent to another agent or to a human.

2 min readupdated 2026-08-01

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A handoff passes control plus a context package (goal, work done, open questions, constraints) to the next actor. Good handoffs are explicit contracts: the receiving agent gets a structured payload, not a raw transcript. Handoff failures are the single most common cause of quality loss in multi-agent systems.

Agent handoff is the controlled transfer of a task — with its context — from one agent to another agent or to a human. A handoff passes control plus a context package (goal, work done, open questions, constraints) to the next actor. Good handoffs are explicit contracts: the receiving agent gets a structured payload, not a raw transcript. Handoff failures are the single most common cause of quality loss in multi-agent systems. In practice: A triage agent classifies a ticket as 'billing', writes a 5-field summary, and hands off to the billing agent, which never sees the full chat history.
Definition
A handoff passes control plus a context package (goal, work done, open questions, constraints) to the next actor. Good handoffs are explicit contracts: the receiving agent gets a structured payload, not a raw transcript. Handoff failures are the single most common cause of quality loss in multi-agent systems.
Example
A triage agent classifies a ticket as 'billing', writes a 5-field summary, and hands off to the billing agent, which never sees the full chat history.
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What is Agent Handoff?

A handoff passes control plus a context package (goal, work done, open questions, constraints) to the next actor. Good handoffs are explicit contracts: the receiving agent gets a structured payload, not a raw transcript. Handoff failures are the single most common cause of quality loss in multi-agent systems.

What is an example of Agent Handoff?

A triage agent classifies a ticket as 'billing', writes a 5-field summary, and hands off to the billing agent, which never sees the full chat history.

Why does Agent Handoff matter?

Agent handoff is the controlled transfer of a task — with its context — from one agent to another agent or to a human.

What should I learn after Agent Handoff?

Open the related workflows and prompts further down this page: they show how this idea is applied in a real task, step by step.

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Related concepts

The vocabulary this page depends on.

  • →Multi-Agent System

    A multi-agent system splits a job across several specialised AI agents that coordinate through a shared plan, message bus or orchestrator.

  • →Agent-to-Agent Protocol (A2A)

    An Agent-to-Agent (A2A) protocol defines the communication standards and rules that enable autonomous AI agents to interact and exchange information or services directly with each other without human intervention. This foundational concept is crucial for building complex, collaborative multi-agent systems.

  • →AI Orchestration

    Coordinating multiple AI models, tools and steps into a single reliable workflow.

  • →Agent Architecture

    Agent architecture is the structural blueprint of an AI agent: the model, the planning loop, the tools, the memory layer and the guardrails that decide how it acts.

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Related workflows

Turn this into a repeatable process.

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Related tool stacks

The tools that run it in production.

  • →Multi-Agent Orchestration Stack

    Tooling for coordinating several specialised agents with reliable handoffs.

  • →Agent Architecture Stack

    The minimum tooling to design, run and observe a production agent.

  • →AI Agent + Web3 Stack

    Agent framework, MCP/API tools, blockchain data access and a limited signing layer — with policy enforced in code.

  • →A2A Orchestration Stack

    This stack comprises the essential tools and frameworks for designing, deploying, and managing Agent-to-Agent (A2A) communication protocols and multi-agent system orchestration. It provides the infrastructure for complex AI agent collaboration.

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Related prompts

Reusable prompts for this job.

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Related use cases

How people apply it, and what came out.

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Comparisons & alternatives

Pick between the options.

  • →Single Agent vs Multi-Agent System

    One well-equipped agent beats a crowd for most jobs; multi-agent wins on genuinely separable, parallel work.

  • →AI Agent vs Trading Bot

    A trading bot executes fixed rules deterministically; an AI agent interprets context and decides which steps to take — powerful for research, risky for execution.

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