Explore The Tracks

The Agent Architecture + Orchestration track is about operating MCP-connected agents as systems: coordinating multiple tools, servers, environments, and agents; deciding where control and intelligence belong; and designing for real operational conditions.

Who Should Attend?
AI engineers, platform engineers, solution architects, and developers building multi-agent workflows, agent platforms, or MCP-connected automation.

What Will You Learn?
Learn practical approaches to multi-agent coordination, gateway and control-plane patterns, state and environment management, fleet-scale operations, and recovery when systems fail. Sessions draw from production use cases including cloud operations, Kubernetes, telecom, and cross-environment agent workflows.

The Building with MCP track explores what you can create when MCP connects AI systems to tools, data, applications, devices, and people. It is about building useful agentic experiences and workflows with MCP.

Who Should Attend?
AI and application developers, software engineers, product and platform teams, developer-tools practitioners, and anyone using MCP to create AI-powered experiences.

What Will You Learn?
Learn how teams use MCP for interactive applications, voice interfaces, mobile automation, local AI, and business workflows. Sessions cover tool and interaction design, context and token efficiency, MCP Apps, elicitation and human approval, reliability and testing, durable execution, and the practical tradeoffs of integrating MCP into real products.

The Ecosystem, Registries + Platform Infrastructure track focuses on the shared systems that let MCP work across teams, deployments, languages, and large service fleets. It covers discovery, marketplaces, gateways, deployment platforms, and the infrastructure required to make MCP services usable at scale.

Who Should Attend?
Platform and infrastructure engineers, maintainers of registries or gateways, and technical leaders building MCP platforms.

What Will You Learn?
Learn how organizations are approaching MCP service discovery, governed registries and marketplaces, gateway-based access, large-scale deployment, and platform operations. Sessions include deployment patterns, infrastructure gaps on the path to large MCP fleets, and making MCP usable across languages and developer environments.

The Enterprise Adoption + Integration track is about putting MCP to work inside real organizations: integrating it with enterprise APIs, developer platforms, operational tooling, and governed internal systems.

Who Should Attend?
Enterprise and solution architects, engineering leaders, platform teams, AI enablement teams, DevOps practitioners, and developers integrating MCP into established environments.

What Will You Learn?
Learn from enterprise adoption journeys and production integrations. Sessions address connecting MCP to existing APIs and internal platforms, supporting developer workflows, introducing MCP into operational processes, managing performance and latency, and establishing the organizational and technical foundations for adoption at scale.

The MCP Protocol in Depth track examines the protocol mechanics and design choices that determine how MCP systems behave. It goes beyond an introduction to look at transport, primitives, contracts, interoperability, extension, and execution semantics.

Who Should Attend?
MCP implementers and contributors, client and server developers, SDK and framework maintainers, architects, and engineers who need to understand MCP’s technical behavior in detail.

What Will You Learn?
Learn how protocol choices affect real implementations: transport changes such as Streamable HTTP, tool and schema evolution, sampling, idempotency and action safety, failure measurement, gRPC-based deployment, and MCP’s boundaries with adjacent protocols such as A2A. Sessions emphasize the practical consequences of protocol design rather than specification theory alone.

The Security, Identity + Trust track focuses on controlling and observing what agents can access and do through MCP. It covers authorization, identity, policy enforcement, execution boundaries, threat assessment, auditing, and governance.

Who Should Attend?
Security engineers, IAM specialists, platform engineers, DevSecOps and SRE teams, architects, governance practitioners, and developers securing MCP systems.

What Will You Learn?
Learn practical ways to secure MCP tools, servers, and multi-agent systems: OAuth and authorization flows, delegated and just-in-time identity, policy-driven tool access, zero-trust sandboxing, confused-deputy risks, secrets protection, eBPF-based runtime enforcement, signed audit records, and security testing. Sessions focus on concrete controls and failure modes encountered in production systems.