Workshop

On-Demand: The Building Blocks of Production AI Agents

Every organization moving from AI pilots to production hits the same three walls:

  • ‍Token spend they can't see or control: usage is opaque, budgets are aspirational, and finance finds out last‍
  • Ungoverned MCP sprawl: servers multiplying across teams with no registry, no policy, no identity‍
  • A platform that wasn't built for agents: Kubernetes is where the workloads live, but it was never designed to run agents as first-class citizens

These aren't independent problems. They're the symptom of treating agents like just another workload on infrastructure built for something else.

Solving the challenges unlocks the operating model AI leaders actually want: ship agents faster, run them safer, and give platform teams a way to govern without putting friction in front of developers. Solo partnered with Google on Agent Substrate to make Kubernetes a first-class agentic platform, and we built agentgateway, agentregistry, and kagent as the build-and-run stack on top of it. Purpose-built around MCP and A2A, not retrofitted onto yesterday's gateways.

This workshop walks through how the pieces fit together. We'll cover:

  • Why token spend visibility is an infrastructure problem, not a billing problem, and how to enforce budgets at the data plane
  • How to bring MCP sprawl under governance without slowing down the teams shipping agents
  • How Solo and Google made Kubernetes a first-class agentic platform with Agent Substrate and kagent
  • How agentgateway, agentregistry, and kagent compose into a complete build/run experience
  • Field patterns from enterprises already running this stack in production

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On-Demand: The Building Blocks of Production AI Agents
On-Demand: The Building Blocks of Production AI Agents
Workshop
Watch now

Speakers

Sebastian Maniak
Sebastian Maniak
Principal Solutions Architect & Token Billionaire
Sebastian Maniak is an AI Architect at Solo.io, where he focuses on go-to-market for AI connectivity — agent gateways, LLM security, and the infrastructure that makes agentic systems deliverable, secure, and operable in the enterprise. He is also a professor of network and cybersecurity at Sheridan College, teaching Applied Network Security and Infrastructure as Code. He brings more than two decades of experience in application delivery, security, and automation — from F5, Fortinet, and HashiCorp through cloud-native service mesh and API platforms — and now applies that same delivery-and-control mindset to Enterprise AI. Over his career he has worked across architecture, consulting, product, education, and content, which gives him a broad generalist’s view of how technical platforms actually get adopted.

Cloud connectivity done right

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