Agentic Design

Patterns
🤝

Handoff Orchestration(HO)

Dynamic delegation where agents intelligently transfer control based on context and specialized capabilities

Complexity: mediumMulti-Agent

🎯 30-Second Overview

Pattern: Dynamic delegation where agents intelligently transfer control based on context and specialized capabilities

Why: Enables right expertise at right time, preserves conversation continuity, optimizes resource utilization, and improves outcome quality

Key Insight: Context-preserving handoffs + capability routing + intelligent escalation = seamless expert delegation

⚡ Quick Implementation

1Context Design:Define handoff context schema and preservation rules
2Capability Mapping:Map agent capabilities and routing logic
3Handoff Protocol:Implement seamless context transfer mechanisms
4Escalation Rules:Define triggering conditions and routing decisions
5Monitor Transfers:Track handoff success and context continuity
Example: TierOneAgent → [context+decision] → DatabaseAgent → [escalation] → SeniorDBAAgent

📋 Do's & Don'ts

✅Preserve complete conversation context during transfers
✅Use structured handoff messages with metadata
✅Implement capability-based routing with confidence scores
✅Add graceful fallback mechanisms for failed handoffs
✅Log handoff decisions for audit and optimization
✅Use standardized protocols like Model Context Protocol
❌Lose context information during agent transitions
❌Create circular handoff loops between agents
❌Hand off without checking recipient agent availability
❌Ignore handoff failures and continue processing
❌Use hardcoded routing without dynamic capability assessment

🚦 When to Use

Use When

  • • Tasks require specialized expertise at different stages
  • • Customer support with escalation workflows
  • • Complex troubleshooting with domain experts
  • • Dynamic routing based on conversation analysis
  • • Situations requiring seamless context preservation
  • • Workloads with clear capability boundaries

Avoid When

  • • Simple tasks that single agents can handle
  • • Real-time systems where handoff latency is critical
  • • Workflows with unclear handoff trigger conditions
  • • Systems without proper context management infrastructure
  • • Scenarios where all agents have similar capabilities

📊 Key Metrics

Handoff Success Rate
Percentage of successful context transfers
Context Preservation
Completeness of transferred information
Routing Accuracy
Correct agent selection based on capabilities
Transfer Latency
Time taken for handoff completion
Resolution Quality
Task success after handoff vs direct handling
Escalation Efficiency
Reduction in unnecessary agent hops

💡 Top Use Cases

Customer Support: TierOne → Technical → Senior Engineer handoffs with full conversation history and customer context
Technical Troubleshooting: Initial Diagnosis → Domain Expert → Escalation Specialist with diagnostic data transfer
Medical Consultation: Primary Care → Specialist → Multi-disciplinary Team with complete patient history
Legal Case Management: Paralegal → Associate → Partner with case context and document history transfer
Financial Advisory: General Advisor → Tax Specialist → Investment Expert with client profile and transaction history

References & Further Reading

Deepen your understanding with these curated resources

Context-Aware Multi-Agent Systems (2024-2025)

A Survey on Context-Aware Multi-Agent Systems: Techniques, Challenges and Future Directions (Du et al., 2024)

Advancing Multi-Agent Systems Through Model Context Protocol (Krishnan, 2025)

Multi-Agent Coordination across Diverse Applications: A Survey (2025)

AI Agents: Evolution, Architecture, and Real-World Applications (2025)

Framework Implementation (2024-2025)

Microsoft AutoGen v0.4 - Asynchronous Event-Driven Architecture (2024)

OpenAI Swarm Framework - Agent Handoff Implementation (2024)

LangGraph Multi-Agent Handoff Patterns (2024)

Microsoft Semantic Kernel - Handoff Agent Orchestration (2024)

Technical Specifications

Model Context Protocol - Standardized Context Management

OpenAI Agents SDK - Handoff Implementation Guide

Azure AI Agent Design Patterns - Handoff Orchestration

Google Cloud Agent Assist - Handoff to Human Agent

Industry Applications

Salesforce Agentforce - AI-to-Human Handoff Best Practices (2024)

Microsoft Copilot Studio - Conversation Handoff (2024)

AWS Bedrock - Multi-Agent Orchestration Handoff Patterns (2024)

Anthropic Multi-Agent Research System Architecture (2024)

Community & Development

AutoGen Community Contributors - 290+ GitHub Contributors (2024)

LangChain Multi-Agent Systems Development Hub

Google Agent Development Kit - Open Source Framework (2025)

PAAMS 2024 - Practical Applications of Agents and Multi-Agent Systems

Contribute to this collection

Know a great resource? Submit a pull request to add it.

Contribute

Patterns

closed

Loading...