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Title & Speakers	Event
A2A Protocol Workshop: Build Interoperable Multi-Agent Systems 2026-01-07 · 19:00 The next evolution of agentic AI isn’t just “better prompts” or “more tools,” it’s agents that can collaborate across boundaries. The A2A (Agent-to-Agent) Protocol makes that collaboration practical by standardizing how agents discover each other, negotiate capabilities, exchange tasks, stream progress, and return artifacts — even when they’re built on different frameworks or run in different environments. In this session, we’ll unpack why many multi-agent systems fail in production (fragile handoffs, unclear responsibilities, brittle integrations, and poor reliability under long-running workflows). Then we’ll introduce the core A2A building blocks — Agent Cards, task lifecycles, streaming updates, artifact delivery, and secure interoperability and show how to orchestrate multiple specialist agents with clear contracts and robust coordination patterns. A live walkthrough will demonstrate how to design a Supervisor + Specialist architecture using A2A, including real-time progress streaming, error recovery, and observable “handoffs” that make multi-agent workflows durable instead of demo-only. What We Will Cover: Why multi-agent systems fail in production – context loss, inconsistent handoffs, poor visibility, and unreliable sub-task delegation A2A Protocol Fundamentals – standardizing agent discovery, capability signaling, tasks, artifacts, and streaming Agent Discovery with Agent Cards – skills, modalities, endpoints, versioning, and trust boundaries Scalable Orchestration Patterns – Supervisor → Router → Specialist teams, and contract-based delegation with clear inputs/outputs Tool-Using Agents vs Agent-to-Agent Collaboration – understanding how A2A complements MCP Long-Running Task Management – designing task lifecycles, handling partial outputs, cancellations, retries, fallbacks, and resumable execution Streaming Progress & Artifact Delivery – real-time updates and structured outputs you can store and reuse Production Considerations – observability, debugging, governance, authentication boundaries, and safety guardrails for agent networks Hands-On Insights: Through a guided demo and Q&A, you’ll learn how to: Stand up a simple A2A orchestrator agent that discovers specialist agents via their Agent Cards Delegate work across multiple agents with reliable handoffs Stream progress updates and collect artifacts (reports, structured data, intermediate reasoning outputs) Implement practical resilience (timeouts, retries, fallback agents, and error-aware routing) You’ll leave with a clear mental model and a reusable orchestration blueprint to evolve from single-agent demos into durable multi-agent systems.	A2A Protocol Workshop: Build Interoperable Multi-Agent Systems
A2A Protocol Workshop: Build Interoperable Multi-Agent Systems 2026-01-07 · 19:00 The next evolution of agentic AI isn’t just “better prompts” or “more tools,” it’s agents that can collaborate across boundaries. The A2A (Agent-to-Agent) Protocol makes that collaboration practical by standardizing how agents discover each other, negotiate capabilities, exchange tasks, stream progress, and return artifacts — even when they’re built on different frameworks or run in different environments. In this session, we’ll unpack why many multi-agent systems fail in production (fragile handoffs, unclear responsibilities, brittle integrations, and poor reliability under long-running workflows). Then we’ll introduce the core A2A building blocks — Agent Cards, task lifecycles, streaming updates, artifact delivery, and secure interoperability and show how to orchestrate multiple specialist agents with clear contracts and robust coordination patterns. A live walkthrough will demonstrate how to design a Supervisor + Specialist architecture using A2A, including real-time progress streaming, error recovery, and observable “handoffs” that make multi-agent workflows durable instead of demo-only. What We Will Cover: Why multi-agent systems fail in production – context loss, inconsistent handoffs, poor visibility, and unreliable sub-task delegation A2A Protocol Fundamentals – standardizing agent discovery, capability signaling, tasks, artifacts, and streaming Agent Discovery with Agent Cards – skills, modalities, endpoints, versioning, and trust boundaries Scalable Orchestration Patterns – Supervisor → Router → Specialist teams, and contract-based delegation with clear inputs/outputs Tool-Using Agents vs Agent-to-Agent Collaboration – understanding how A2A complements MCP Long-Running Task Management – designing task lifecycles, handling partial outputs, cancellations, retries, fallbacks, and resumable execution Streaming Progress & Artifact Delivery – real-time updates and structured outputs you can store and reuse Production Considerations – observability, debugging, governance, authentication boundaries, and safety guardrails for agent networks Hands-On Insights: Through a guided demo and Q&A, you’ll learn how to: Stand up a simple A2A orchestrator agent that discovers specialist agents via their Agent Cards Delegate work across multiple agents with reliable handoffs Stream progress updates and collect artifacts (reports, structured data, intermediate reasoning outputs) Implement practical resilience (timeouts, retries, fallback agents, and error-aware routing) You’ll leave with a clear mental model and a reusable orchestration blueprint to evolve from single-agent demos into durable multi-agent systems.	A2A Protocol Workshop: Build Interoperable Multi-Agent Systems
A2A Protocol Workshop: Build Interoperable Multi-Agent Systems 2026-01-07 · 19:00 The next evolution of agentic AI isn’t just “better prompts” or “more tools,” it’s agents that can collaborate across boundaries. The A2A (Agent-to-Agent) Protocol makes that collaboration practical by standardizing how agents discover each other, negotiate capabilities, exchange tasks, stream progress, and return artifacts — even when they’re built on different frameworks or run in different environments. In this session, we’ll unpack why many multi-agent systems fail in production (fragile handoffs, unclear responsibilities, brittle integrations, and poor reliability under long-running workflows). Then we’ll introduce the core A2A building blocks — Agent Cards, task lifecycles, streaming updates, artifact delivery, and secure interoperability and show how to orchestrate multiple specialist agents with clear contracts and robust coordination patterns. A live walkthrough will demonstrate how to design a Supervisor + Specialist architecture using A2A, including real-time progress streaming, error recovery, and observable “handoffs” that make multi-agent workflows durable instead of demo-only. What We Will Cover: Why multi-agent systems fail in production – context loss, inconsistent handoffs, poor visibility, and unreliable sub-task delegation A2A Protocol Fundamentals – standardizing agent discovery, capability signaling, tasks, artifacts, and streaming Agent Discovery with Agent Cards – skills, modalities, endpoints, versioning, and trust boundaries Scalable Orchestration Patterns – Supervisor → Router → Specialist teams, and contract-based delegation with clear inputs/outputs Tool-Using Agents vs Agent-to-Agent Collaboration – understanding how A2A complements MCP Long-Running Task Management – designing task lifecycles, handling partial outputs, cancellations, retries, fallbacks, and resumable execution Streaming Progress & Artifact Delivery – real-time updates and structured outputs you can store and reuse Production Considerations – observability, debugging, governance, authentication boundaries, and safety guardrails for agent networks Hands-On Insights: Through a guided demo and Q&A, you’ll learn how to: Stand up a simple A2A orchestrator agent that discovers specialist agents via their Agent Cards Delegate work across multiple agents with reliable handoffs Stream progress updates and collect artifacts (reports, structured data, intermediate reasoning outputs) Implement practical resilience (timeouts, retries, fallback agents, and error-aware routing) You’ll leave with a clear mental model and a reusable orchestration blueprint to evolve from single-agent demos into durable multi-agent systems.	A2A Protocol Workshop: Build Interoperable Multi-Agent Systems

A2A Protocol Workshop: Build Interoperable Multi-Agent Systems 2026-01-07 · 19:00

The next evolution of agentic AI isn’t just “better prompts” or “more tools,” it’s agents that can collaborate across boundaries. The A2A (Agent-to-Agent) Protocol makes that collaboration practical by standardizing how agents discover each other, negotiate capabilities, exchange tasks, stream progress, and return artifacts — even when they’re built on different frameworks or run in different environments.

In this session, we’ll unpack why many multi-agent systems fail in production (fragile handoffs, unclear responsibilities, brittle integrations, and poor reliability under long-running workflows). Then we’ll introduce the core A2A building blocks — Agent Cards, task lifecycles, streaming updates, artifact delivery, and secure interoperability and show how to orchestrate multiple specialist agents with clear contracts and robust coordination patterns.

A live walkthrough will demonstrate how to design a Supervisor + Specialist architecture using A2A, including real-time progress streaming, error recovery, and observable “handoffs” that make multi-agent workflows durable instead of demo-only.

What We Will Cover:

Why multi-agent systems fail in production – context loss, inconsistent handoffs, poor visibility, and unreliable sub-task delegation
A2A Protocol Fundamentals – standardizing agent discovery, capability signaling, tasks, artifacts, and streaming
Agent Discovery with Agent Cards – skills, modalities, endpoints, versioning, and trust boundaries
Scalable Orchestration Patterns – Supervisor → Router → Specialist teams, and contract-based delegation with clear inputs/outputs
Tool-Using Agents vs Agent-to-Agent Collaboration – understanding how A2A complements MCP
Long-Running Task Management – designing task lifecycles, handling partial outputs, cancellations, retries, fallbacks, and resumable execution
Streaming Progress & Artifact Delivery – real-time updates and structured outputs you can store and reuse
Production Considerations – observability, debugging, governance, authentication boundaries, and safety guardrails for agent networks

Hands-On Insights:

Through a guided demo and Q&A, you’ll learn how to:

Stand up a simple A2A orchestrator agent that discovers specialist agents via their Agent Cards
Delegate work across multiple agents with reliable handoffs
Stream progress updates and collect artifacts (reports, structured data, intermediate reasoning outputs)
Implement practical resilience (timeouts, retries, fallback agents, and error-aware routing)

You’ll leave with a clear mental model and a reusable orchestration blueprint to evolve from single-agent demos into durable multi-agent systems.

A2A Protocol Workshop: Build Interoperable Multi-Agent Systems

A2A Protocol Workshop: Build Interoperable Multi-Agent Systems 2026-01-07 · 19:00

The next evolution of agentic AI isn’t just “better prompts” or “more tools,” it’s agents that can collaborate across boundaries. The A2A (Agent-to-Agent) Protocol makes that collaboration practical by standardizing how agents discover each other, negotiate capabilities, exchange tasks, stream progress, and return artifacts — even when they’re built on different frameworks or run in different environments.

In this session, we’ll unpack why many multi-agent systems fail in production (fragile handoffs, unclear responsibilities, brittle integrations, and poor reliability under long-running workflows). Then we’ll introduce the core A2A building blocks — Agent Cards, task lifecycles, streaming updates, artifact delivery, and secure interoperability and show how to orchestrate multiple specialist agents with clear contracts and robust coordination patterns.

A live walkthrough will demonstrate how to design a Supervisor + Specialist architecture using A2A, including real-time progress streaming, error recovery, and observable “handoffs” that make multi-agent workflows durable instead of demo-only.

What We Will Cover:

Why multi-agent systems fail in production – context loss, inconsistent handoffs, poor visibility, and unreliable sub-task delegation
A2A Protocol Fundamentals – standardizing agent discovery, capability signaling, tasks, artifacts, and streaming
Agent Discovery with Agent Cards – skills, modalities, endpoints, versioning, and trust boundaries
Scalable Orchestration Patterns – Supervisor → Router → Specialist teams, and contract-based delegation with clear inputs/outputs
Tool-Using Agents vs Agent-to-Agent Collaboration – understanding how A2A complements MCP
Long-Running Task Management – designing task lifecycles, handling partial outputs, cancellations, retries, fallbacks, and resumable execution
Streaming Progress & Artifact Delivery – real-time updates and structured outputs you can store and reuse
Production Considerations – observability, debugging, governance, authentication boundaries, and safety guardrails for agent networks

Hands-On Insights:

Through a guided demo and Q&A, you’ll learn how to:

Stand up a simple A2A orchestrator agent that discovers specialist agents via their Agent Cards
Delegate work across multiple agents with reliable handoffs
Stream progress updates and collect artifacts (reports, structured data, intermediate reasoning outputs)
Implement practical resilience (timeouts, retries, fallback agents, and error-aware routing)

You’ll leave with a clear mental model and a reusable orchestration blueprint to evolve from single-agent demos into durable multi-agent systems.

A2A Protocol Workshop: Build Interoperable Multi-Agent Systems

A2A Protocol Workshop: Build Interoperable Multi-Agent Systems 2026-01-07 · 19:00

The next evolution of agentic AI isn’t just “better prompts” or “more tools,” it’s agents that can collaborate across boundaries. The A2A (Agent-to-Agent) Protocol makes that collaboration practical by standardizing how agents discover each other, negotiate capabilities, exchange tasks, stream progress, and return artifacts — even when they’re built on different frameworks or run in different environments.

In this session, we’ll unpack why many multi-agent systems fail in production (fragile handoffs, unclear responsibilities, brittle integrations, and poor reliability under long-running workflows). Then we’ll introduce the core A2A building blocks — Agent Cards, task lifecycles, streaming updates, artifact delivery, and secure interoperability and show how to orchestrate multiple specialist agents with clear contracts and robust coordination patterns.

A live walkthrough will demonstrate how to design a Supervisor + Specialist architecture using A2A, including real-time progress streaming, error recovery, and observable “handoffs” that make multi-agent workflows durable instead of demo-only.

What We Will Cover:

Why multi-agent systems fail in production – context loss, inconsistent handoffs, poor visibility, and unreliable sub-task delegation
A2A Protocol Fundamentals – standardizing agent discovery, capability signaling, tasks, artifacts, and streaming
Agent Discovery with Agent Cards – skills, modalities, endpoints, versioning, and trust boundaries
Scalable Orchestration Patterns – Supervisor → Router → Specialist teams, and contract-based delegation with clear inputs/outputs
Tool-Using Agents vs Agent-to-Agent Collaboration – understanding how A2A complements MCP
Long-Running Task Management – designing task lifecycles, handling partial outputs, cancellations, retries, fallbacks, and resumable execution
Streaming Progress & Artifact Delivery – real-time updates and structured outputs you can store and reuse
Production Considerations – observability, debugging, governance, authentication boundaries, and safety guardrails for agent networks

Hands-On Insights:

Through a guided demo and Q&A, you’ll learn how to:

Stand up a simple A2A orchestrator agent that discovers specialist agents via their Agent Cards
Delegate work across multiple agents with reliable handoffs
Stream progress updates and collect artifacts (reports, structured data, intermediate reasoning outputs)
Implement practical resilience (timeouts, retries, fallback agents, and error-aware routing)

You’ll leave with a clear mental model and a reusable orchestration blueprint to evolve from single-agent demos into durable multi-agent systems.

A2A Protocol Workshop: Build Interoperable Multi-Agent Systems

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