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2026 September 10-11 | Tokyo, Japan
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IMPORTANT NOTE: Timing of sessions and room locations are subject to change.
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Thursday, September 10
 

08:00 JST

Registration & Badge Pick-Up
Thursday September 10, 2026 08:00 - 18:30 JST

Thursday September 10, 2026 08:00 - 18:30 JST
B1F Foyer (Outside Hall C)

09:00 JST

Keynote: Welcome - Angie Jones, Vice President of Developer Experience, The Agentic AI Foundation
Thursday September 10, 2026 09:00 - 09:10 JST

Speakers
avatar for Angie Jones

Angie Jones

VP, DX, Agentic AI Foundation
Angie Jones is the VP of Developer Experience at the Agentic AI Foundation where she guides how agentic systems are designed, implemented, and adopted across the global developer ecosystem.

Angie is an international keynote speaker who shares her wealth of knowledge at software... Read More →
Thursday September 10, 2026 09:00 - 09:10 JST
Hall C

09:10 JST

Keynote: David Soria Parra, Member of Technical Staff, Anthropic
Thursday September 10, 2026 09:10 - 09:20 JST

Speakers
avatar for David Soria Parra

David Soria Parra

Member of Technical Staff, Anthropic
I am the co-creator of the Model Context Protocol (Modelcontextprotocol.io) and a Member of Technical Staff at Anthropic working on a wide variety of things. Formerly a senior manager at Facebook working on static analysis and simulation based testing. I was responsible of integrating... Read More →
Thursday September 10, 2026 09:10 - 09:20 JST
Hall C

09:20 JST

Keynote: Lin Sun, Head of Open Source, Solo.io
Thursday September 10, 2026 09:20 - 09:30 JST

Speakers
avatar for Lin Sun

Lin Sun

Head of Open Source, agentgateway contributor, kagent, Istio and kgateway maintainer, Solo.io
Lin is the Head of Open Source at Solo.io, co-chair of KubeCon + CloudNatibeCon 2026. She actively contributes to AAIF and CNCF projects. She is the author of “Sidecar-less Istio Explained” and “AI Agents in Kubernetes”, and holds more than 200 patents.
Thursday September 10, 2026 09:20 - 09:30 JST
Hall C

09:35 JST

Keynote: Kaz Sato, Staff Developer Advocate, Cloud AI, Google
Thursday September 10, 2026 09:35 - 09:45 JST

Speakers
avatar for Kaz Sato

Kaz Sato

Staff Developer Advocate, Cloud AI, Google
Kaz Sato, a Staff Developer Advocate from the Cloud AI team, has authored over 25 ML/AI blogs and demos for Google Cloud's official blog. His work has garnered attention from Jeff Dean and Eric Schmidt, and been featured in Newsweek and The New Yorker. He's a regular speaker at Google... Read More →
Thursday September 10, 2026 09:35 - 09:45 JST
Hall C

09:45 JST

Coffee Break
Thursday September 10, 2026 09:45 - 10:05 JST

Thursday September 10, 2026 09:45 - 10:05 JST
Hall A

10:05 JST

Stateless MCP: Inside the 2026 Transport Spec - Himanshu Sangshetti, Mem0
Thursday September 10, 2026 10:05 - 10:30 JST
Most MCP servers in production today are stateful- each client session is pinned to one server instance.

That works on a single node. Add a load balancer and scale horizontally, and sessions start breaking: Kubernetes routes a request to the wrong pod, a Fargate deployment rolls and drops active connections, and NGINX or AWS ALB need special configuration just to keep the server reachable.

The 2026 spec release candidate, locked May 21, fixes this at the transport layer through three SEPs.
- SEP-1442 removes the mandatory init handshake so negotiation folds into the first request.
- SEP-2322 makes elicitation stateless.
- SEP-2243 mirrors routing data into HTTP headers so load balancers can route without parsing the payload.

This session covers what each SEP changes, what breaks in the server you run today, and what to refactor before the spec ships. I'll also show how we externalize session state at Mem0, so a stateless server keeps the memory and context a real agent needs.

You'll leave with a migration checklist and an architecture for stateless-first MCP.
Speakers
avatar for Himanshu Sangshetti

Himanshu Sangshetti

AI Engineer, Mem0
Himanshu Sangshetti is an AI Engineer at Mem0 (50k+ Github stars).

With a background in AI, cloud, and DevOps, he builds the memory layer for AI agents and helps engineers design and operate them in production.

An AWS Community Builder, HashiCorp Ambassador, and former AWS Cl... Read More →
Thursday September 10, 2026 10:05 - 10:30 JST
Hall 1F
  MCPCon

10:40 JST

Let AGENTS.md Write Itself: Self-Improving Coding Agents, No RL Required! - Rudraksh Karpe, Simplismart; Satyam Soni, NitroStack
Thursday September 10, 2026 10:40 - 11:05 JST
AGENTS.md is the file that tells any coding agent how to work in your repo. One open AAIF standard, read by Codex, Cursor, Claude Code, and goose. But it is static. Written once, by hand. It drifts as the code moves. Auto-generate it and agents often get worse, following bloated rules and chasing dead paths. The agent fails the same way every run. Nothing feeds those failures back. The text that drives it never learns.

This talk show how to fix that with a layer on top of AGENTS.md that tunes it from the agent's own runs.The loop is small. Run a task. Reflect on the trajectory in plain language. Find what broke. Propose one targeted edit. Validate it against an eval harness before it sticks. Reflect, mutate, validate, select. Borrowed from reflective optimizers like GEPA. No RL. No fine-tuning. Just an agent learning from its mistakes.

The layer is tool-agnostic because AGENTS.md is, and it extends to MCP tool selection. We measure what moved, task success, edits per gain, token cost, regressions on a held-out set. We beat hand-written and auto-generated files. You leave with a layer you drop onto the AGENTS.md you already have.
Speakers
avatar for Satyam Soni

Satyam Soni

Developer Advocate, NitroStack
Satyam is a Software Developer working at the intersection of AI and cloud-native technologies. He is a former member of the Kubernetes release team, serving as Release Notes Lead for v1.32, with experience in release engineering and a Google Summer of Code contributor at openSUS... Read More →
avatar for Rudraksh Karpe

Rudraksh Karpe

Forward Deployed Engineer, Simplismart
Rudraksh is an FDE and AI Inference Engineer at Simplismart, where he builds high-performance AI inference systems. He previously worked as an AI Engineer at ZS Associates.

He is a two-time Google Summer of Code participant with openSUSE and a GSoC 2026 mentor. He has spoken internationally at KubeCon EU, PyTorch Conference EU, OpenSearch Korea, PyCon US, PyCon JP, openSUSE Conference Germany, and openSUSE Asia Summit Tokyo, covering GenAI, open source... Read More →
Thursday September 10, 2026 10:40 - 11:05 JST
Hall C

10:40 JST

MCP Auth: Am I Doing It Right? - Paul Carleton, Anthropic
Thursday September 10, 2026 10:40 - 11:05 JST
Authorization in MCP has been through a number of revisions in the past year. Some major (remember when the authorization server and resource server were expected to be the same?) and some minor. As the specification has stabilized, it can be difficult to know: Am I doing it right?

In this talk we'll briefly recap where MCP Auth came from and where it is now, and then we'll dig into Auth best practices based on evolving discussions and connecting Claude.ai to loads of MCP servers in practice.

We'll cover things like: client registration, progressive authz with challenges, and enterprise managed auth to leverage existing SSO connections.

We'll also explore the latest extensions in development and how to put them together into a cohesive solution for human-in-the-loop but also agentic and on-behalf-of flows.

Lastly, we'll cover how to leverage MCP's conformance testing suite to see how closely you're following best practices, using either client, server or authorization server test suites.
Speakers
avatar for Paul Carleton

Paul Carleton

Member of Technical Staff, Anthropic
Paul Carleton is a Core Maintainer of the Model Context Protocol and Auth Nerd at Anthropic, where he leads auth implementations across Anthropic's clients and the TypeScript and Python SDKs. He drives MCP conformance testing efforts to ensure consistent behavior across the ecosy... Read More →
Thursday September 10, 2026 10:40 - 11:05 JST
Hall 1F
  MCPCon

11:15 JST

Carbon-Aware Agentic Engineering: Reducing Unnecessary Computation in AI Agent Workflows - Kouki Hama, NTT, Inc
Thursday September 10, 2026 11:15 - 11:40 JST
From a green software perspective, waste in agentic AI comes not only from model choice, but also from workflow design. Agent workflows combine planning, retrieval, retries, memory, tools, and model calls. Poor controls can lead to large models for simple tasks, long histories, repeated retrieval, or needless tool calls, increasing compute, cost, and latency.

This talk presents a design-review approach for reducing unnecessary computation in agent workflows. As a case study, it uses Lean Agentic AI (https://github.com/navveenb/lean-agentic-ai) as an open-source workflow example. For each workflow step, it asks: Is an LLM needed? Is the model appropriate? Is context bounded? Could code, rules, or a smaller model replace a large-model call?

The goal is not precise carbon accounting. Instead, it identifies avoidable inference, oversized context, and needless tool calls before estimating CO2 emissions.

Takeaways:
* See how agent workflow design affects compute, cost, and latency.
* Understand how reducing unnecessary computation supports green software goals.
* Ask simple review questions to reduce unnecessary LLM calls, retrieval, memory, and tool use.
Speakers
avatar for Kouki Hama

Kouki Hama

Senior Research Engineer, NTT, Inc
Kouki Hama is a Senior Research Engineer at NTT, Inc., Computer & Data Science Laboratories. His research focuses on green software engineering and software supply chain assurance, including CI/CD, GreenOps, FinOps, Software Carbon Intensity, and SBOM-based governance. As personal... Read More →
Thursday September 10, 2026 11:15 - 11:40 JST
Hall C

11:15 JST

MCP 2026-07-28 Under the Microscope: Security Implications for Stateless Agents - Thejes sree Satheesh kumar, Thoughtworks & Srinivasan Sekar, TestMu AI
Thursday September 10, 2026 11:15 - 11:40 JST
The MCP 2026-07-28 release candidate introduces a major shift in how agents connect, authenticate and manage state. With a stateless protocol core, first-class extensions and hardened authorization, the new spec improves scalability and interoperability, but it also changes the security model in ways that many builders may not fully anticipate. In this talk, I will examine the release candidate through a defender’s lens and highlight the practical risks that emerge when session state disappears, trust boundaries move and extension-based flexibility expands the attack surface. I will discuss failure modes such as broken state assumptions, capability confusion, unsafe cross-client behavior, and authorization mistakes in real deployments. The session will also cover concrete hardening patterns for secure MCP adoption, including least-privilege tool design, explicit state handling, authorization scoping, telemetry and rollout validation. Attendees will leave with a practical checklist for evaluating stateless MCP systems and defending agent runtimes in production.
Speakers
avatar for Thejes sree Satheesh kumar

Thejes sree Satheesh kumar

Quality Analyst, MCP and AI Security Researcher, Thoughtworks
Thejes Sree Satheesh Kumar (she/her) is a Quality Analyst – Consultant at ThoughtWorks specializing in application and AI security testing. A CEH, CompTIA Security+ professional, With a strong background in automation testing (like Playwright), she combines quality engineering and... Read More →
avatar for Srinivasan Sekar

Srinivasan Sekar

Director of Engineering, TestMu AI
Srinivasan Sekar is a Director of Engineering at TestMu AI (formerly LambdaTest). He loves contributing to Open Source. He is an Appium Member and Contributor to various open-source repositories like Selenium, Webdriver.io, taiko, etc. He worked extensively on testing various Microservices... Read More →
Thursday September 10, 2026 11:15 - 11:40 JST
Hall 1F
  MCPCon

11:50 JST

Letting an Agent Upgrade Production Kubernetes — Without Getting Paged at 3 AM - Sanskar Agrawalla & Abhijeet Chaudhuri, Quartic.ai
Thursday September 10, 2026 11:50 - 12:15 JST
Kubernetes upgrades are high-stakes, deprecation-laden, and still mostly manual — most "AI for K8s upgrades" projects stop at a feasibility check. We went further: we built an agentic system that planned and executed a real cluster upgrade end to end, and in this talk we walk through exactly how it went, with the steps, evidence, and screenshots from our actual runs.

We'll break down the architecture we shipped — a planner → executor → verifier loop, deprecated-API and CRD/Helm compatibility analysis run before anything touched the cluster, a human-in-the-loop approval gate for irreversible steps, and health-gated automatic rollback. Using captured logs and screenshots, we'll show a real multi-node upgrade as it happened, the failure cases that nearly broke it (version skew, stuck drains, webhook deadlocks), and the decisions we deliberately refused to let the model make.

You leave with an open-source blueprint for autonomous infra agents with production-grade guardrails — plus real numbers on success rate, time saved, preflight catches, and rollbacks triggered.
Speakers
avatar for Sanskar Agrawalla

Sanskar Agrawalla

Site Reliability Engineer, Quartic.ai
👋 Site Reliability Engineer at Quartic.ai | Tech Enthusiast

Hey there! I'm a Site Reliability Engineer with a passion for building impactful solutions. Currently, I'm working on cutting-edge projects that drive innovation. From enhancing monitoring processes to optimizing infrastructure, I'm all about crafting efficient and secure systems... Read More →
avatar for Abhijeet Chaudhuri

Abhijeet Chaudhuri

Site Reliability Engineer, Quartic.ai
Site Reliability Engineer who runs a production distributed system on Kubernetes — Kafka, Spark, Airflow, and a fleet of edge devices — where long-running operations are a daily reality, having experience in implementing scalable cloud-native solutions across Kubernetes, AWS... Read More →
Thursday September 10, 2026 11:50 - 12:15 JST
Hall C

12:15 JST

Lunch (Provided Onsite)
Thursday September 10, 2026 12:15 - 13:30 JST

Thursday September 10, 2026 12:15 - 13:30 JST
Hall A

13:30 JST

Designing Trust Boundaries for Agent-to-Agent Systems: Lessons Learned from a Technical PoC - Ryuji Iijima, Softbank Corp.
Thursday September 10, 2026 13:30 - 13:55 JST
As AI agents increasingly invoke tools, access enterprise data, and collaborate, a new architectural challenge emerges: Where should trust boundaries be defined, and where should governance and security controls be enforced?

To explore this, we conducted a technical PoC introducing a shared control layer across agent-to-agent communications and tool execution pathways. Rather than presenting an ideal architecture, this session focuses on practical challenges and lessons learned during implementation.

Key topics include:
- Defining the "Agent": How to define what constitutes an agent in an ecosystem and where to establish trust boundaries for validation, monitoring, and control
- Architectural Insights: Redesign considerations and insights that emerged through prototype development and PoC activities.
- Performance Trade-offs: Balancing stronger security and governance with the low-latency requirements needed for real-world deployment.

We will share practical takeaways on designing trust boundaries and navigating trade-offs among security, governance, and operational performance.
Speakers
avatar for Ryuji Iijima

Ryuji Iijima

Engineer, AgentSecOps Platform Initiative, SoftBank Corp.
An engineer with experience in mobile authentication, enterprise communications, data integration platforms, and AI security. He is interested in how trust can be established, maintained, and governed across complex distributed systems. His current work focuses on AI agent ecosystems... Read More →
Thursday September 10, 2026 13:30 - 13:55 JST
Hall C

13:30 JST

Do Tools Still Matter? MCP Tool Design in the Age of Code Mode - Ruben Casas, Postman
Thursday September 10, 2026 13:30 - 13:55 JST
The first wave of MCP adoption was defined by abundance. Every API endpoint became a tool, every workflow became a collection of tool calls, and many servers exposed hundreds of operations directly to agents. It worked, but at a cost: bloated context windows, slower tool selection, and increasingly unreliable agent behaviour.

But then Code Mode appeared!

With approaches Code Mode agents can search an API surface, generate code, and interact with services directly. If models can consume entire APIs and write code to acomplish a task, does tool design still matter?

In this talk, we'll compare three approaches to agent tooling: curated workflow-oriented tools, tool discovery and search, and Code Mode's search-and-execute model. Using real-world examples, benchmarks, and evals, we'll explore the trade-offs in reliability, latency, token usage, and task success.

Attendees will leave with a practical framework for deciding when to consolidate tools, when to expose APIs, and whether the future of MCP is better tools or fewer tools altogether.
Speakers
avatar for Ruben Casas

Ruben Casas

Staff Engineer, Postman
Ruben Casas is a Google Developer Expert and Staff Engineer at Postman. He builds developer tooling, AI agents, and MCP apps, and writes about frontend architecture at scale and AI. Ruben is a podcast guest and has spoken at major conferences, sharing insights from large-scale migrations... Read More →
Thursday September 10, 2026 13:30 - 13:55 JST
Hall 1F
  MCPCon

13:30 JST

Workshop: Governing AI Agent Actions: MCP and Beyond - Shannon Williams & Chris Urwin, Obot AI
Thursday September 10, 2026 13:30 - 15:05 JST
Enterprise adoption of the Model Context Protocol is accelerating, and MCP has become the primary way agents connect to enterprise tools and data. But MCP is only part of how agents act. Agents also run CLIs, execute Skills, and generate code that calls APIs directly. Governing MCP well matters. Governing everything else agents can do matters just as much.

Building MCP servers and writing Skills isn't particularly hard. The real challenges are deciding which actions agents are allowed to take, controlling who can take them, and proving it all later. These are architectural questions, and they need answers before agents scale across an organization.

In this workshop, we will:
  1. Show how to control agent actions with policies that apply across MCP servers, CLIs, Skills, and agent-generated code — including allowlists, access control by users and groups, and human-in-the-loop approvals.
  2. Explain why enterprises need managed registries for MCP servers and Skills, and how admin review and approval change the trust model.
  3. Work through audit and compliance requirements: capturing complete logs of agent and tool activity, exporting to enterprise storage, and generating reports.
  4. ⁠Demonstrate how to discover shadow AI — unmanaged agents, MCPs, and Skills already running in your organization — and how to block them or bring them under management.
  5. Look at token usage and spend visibility by agent, user, and group.

You'll leave with a clear picture of the architectural decisions ahead of you, and a better sense of what your security team will require before signing off on scaling AI agents across your organization.
Speakers
avatar for Shannon Williams

Shannon Williams

President, Obot AI
I am the President and co-founder of Obot AI, and have been building open source software for the last 20 years. Prior to starting Obot, I co-founded Cloud.com (creator of CloudStack) and Rancher Labs (creator of Rancher, k3s, Longhorn, etc). I was a board member of the CNCF for 4... Read More →
avatar for Chris Urwin

Chris Urwin

VP of Field Engineering, Obot AI
Chris Urwin is VP of Field Engineering at Obot AI and a veteran engineering leader. With deep hands-on experience in cloud‑native platforms, Kubernetes, containers, CI/CD, and developer tooling, he builds and scales global technical teams. Chris bridges product, engineering, and... Read More →
Thursday September 10, 2026 13:30 - 15:05 JST
Hall B

14:05 JST

The Agent Builder Loop from Daily Work to OSS - Minoru Onda, KDDI Agile Development Center Corporation
Thursday September 10, 2026 14:05 - 14:30 JST
AI agent discussions often focus on coding or MCP. My starting point is different. I use coding agents such as Claude Code and Codex as assistants for work beyond development. Instead of automating isolated tasks, I keep them beside me as a secretary and knowledge platform for routine operations, speaking requests, internal coordination, slide preparation, and customer-facing project delivery.

That daily use reveals agent-worthy problems. With Markdown, Git, Google Workspace, and MCP in the loop, work becomes context an agent can read, improve, and hand back. I then turn those problems into agents I build, deploy, review, and operate myself.

I will cover Vibe Presales, my term for turning a customer's concerns, constraints, and reactions in a presales conversation into a working demo while the context is fresh. I will also share lessons from a PowerPoint-building agent, including design, deployment, review, and output quality for real slide and proposal work.

These lessons become OSS code, articles, books, and hands-on material. Attendees leave with a loop for living with agents at work, building reliable systems, and sharing reusable lessons.
Speakers
avatar for Minoru Onda

Minoru Onda

KDDI Agile Development Center Corporation
Technology Evangelist, KDDI Agile Development Center Corporation
Thursday September 10, 2026 14:05 - 14:30 JST
Hall C

14:05 JST

MCP-Powered Crash Investigation: How 11 MCP Servers Help an AI Agent Debug Production Issues at Uber - Kriti Dangi, Uber
Thursday September 10, 2026 14:05 - 14:30 JST
Debugging eats 42% of developer time — $300B lost globally every year. On an average, fixing an issue takes 15 days. Debug Assist does it in 30 minutes — issue alert to validated, reviewable PR.

Most AI debugging tools stop at root cause analysis. Debug Assist goes much further: it writes a fix, validates it in a loop till correct, and creates the PR. Example, It caught a crash at 5% rollout, landed the fix the same day — preventing it from reaching thousands of users. Built on LangGraph with 11 MCP servers, 5 plugins, and parallel subagents: Sourcegraph for code search, crash analytics, Jira, feature flags, Jaeger, and logging — all one protocol.

Debug Assist even works on user-reported bugs which have minimal information attached. A user complained of battery drain, and Debug Assist traced it to a hot-looping code path, producing an RCA from behavioral evidence alone.
Domain knowledge lives in markdown skill files in a plugin marketplace — any developer can contribute fix patterns with no code, no redeployment.

We'll share how we built this from ground up, scaled to 5,000 RCAs/month across 6 languages, the challenges we hit, and how we improved the acceptance rate from 5% to 30%
Speakers
avatar for Kriti Dangi

Kriti Dangi

Senior Software Engineer, Uber, Uber
Senior software engineer on the App Quality and Production Observability at Uber. Spent 3 years working on crash analytics platform, before designing and deploying Debug Assist. I love to dance, swim and travel in my free time. You can often find me chatting away with friends!
... Read More →
Thursday September 10, 2026 14:05 - 14:30 JST
Hall 1F
  MCPCon
  • Audience Level Any

14:40 JST

What Happens When Your MCP Tools Cost Money? - Prakash Rao, AIG Technologies & Marco González, Red Hat
Thursday September 10, 2026 14:40 - 15:05 JST
What happens when an AI agent has to pay for its tools? Today, nobody knows. Open-source MCP servers run for free, and their maintainers quietly absorb the cost. The x402 protocol changes the model: a server can charge a small payment for each tool call, with no accounts or API keys needed. The plumbing works. The open question is how agents behave once tools have a price.

We put it to the test. We ran a paid MCP server for several weeks and watched agents act as customers. We changed prices to find the point where agents stop calling a tool. We offered the same tool free and paid, side by side, to see whether agents compare prices or just call the first match. We let spending budgets run out mid-task to see what agents do when money gets tight. And we compared all of this across four agent clients: Google ADK, LangGraph, the OpenAI Agents SDK, and Claude Code.

The result is practical guidance for maintainers: what to charge, where the payment flow breaks, which framework behaviors to expect, and whether per-call payments can realistically fund an open-source MCP server.
Speakers
avatar for Prakash Rao

Prakash Rao

Principal Cloud Engineer, AIG Technologies
Prakash Rao is a Principal Cloud Engineer at AIG Technologies in Japan, designing Google Cloud infrastructure for financial services: hybrid connectivity, enterprise networking, and security architecture. His recent work includes deploying AI agents on Vertex AI Agent Engine and infrastructure... Read More →
avatar for Marco González

Marco González

Sr. Software Engineer, Red Hat
Senior Software Engineer at Red Hat with 13+ years of global experience in 3G, 4G, and 5G network integration. US patent creator and Telco Automation expert. 2026 AAIF ambassador and active CNCF Program Committee member and speaker at KubeCon, Kubedays, and CNCF events. Contributor... Read More →
Thursday September 10, 2026 14:40 - 15:05 JST
Hall 1F
  MCPCon

14:40 JST

The Production Gap: Why Governing Agent Traffic Is the Key To Shipping Multi-Agent Systems - Juhi Singh, Kong & Prithvi Raj, Mirantis
Thursday September 10, 2026 14:40 - 15:05 JST
Every team building agentic systems hits the same wall: the gap between a demo and a system you'd trust in production. Most assume it's an engineering problem. It isn't. It's a governance problem and governance in a multi-agent system isn't a policy document. It's the full data path.

We demonstrate a production-style multi-agent workflow where customer feedback flows through agents, MCP tools, GitHub integrations, and multiple LLM providers before triggering automated actions.

We show how cloud-native primitives govern every interaction: OpenTelemetry for distributed tracing across agent hops, OPA for declarative policy enforcement, API gateways for prompt injection protection and model routing, and Kubernetes for workload isolation.

The hardest part of running agents in production isn't the AI. It's the same problems Kubernetes solved for microservices, observability, traffic management, policy, workload isolation applied to a new class of workload the ecosystem is still learning to instrument.
Speakers
avatar for Juhi Singh

Juhi Singh

Developer Evangelist, Kong
Juhi is the Developer Evangelist (APAC) at Kong. She’s passionate about helping the developer community and building strong connections. Outside of work, Juhi enjoys reading, staying fit, trekking, traveling, and cooking. She describes herself as a "product of a community" with... Read More →
avatar for Prithvi Raj

Prithvi Raj

Senior Community Manager & Developer Advocate, Mirantis
Prithvi Raj is a Senior Community Manager & Developer Advocate at Mirantis working with the OSPO. He is a CNCF Ambassador with 6+ years of experience who helped scale a CNCF incubating project and runs the CNCG Platform Engineering Meetup group. He is currently leading the community... Read More →
Thursday September 10, 2026 14:40 - 15:05 JST
Hall C

15:05 JST

Coffee Break
Thursday September 10, 2026 15:05 - 15:35 JST

Thursday September 10, 2026 15:05 - 15:35 JST
Hall A

15:35 JST

Stop Giving Agents Tokens: Securing With Side-Car Proxies - Girish Motwani, Microsoft & Ritwik Ranjan, Microsoft
Thursday September 10, 2026 15:35 - 16:00 JST
As autonomous agents move from experimental scripts to production systems, we’re exposing a massive flaw in how they’re built. We are giving LLMs the power to execute code, access files, and make network requests—essentially turning them into untrusted programs with direct authority over our infrastructure.

Prompt injection isn’t just a model quirk; it’s an open door to a massive attack surface. The moment an agent processes untrusted data, that input can hijack generated code, trigger outbound requests, and lead to data leaks or Server-Side Request Forgery (SSRF). Without proper guardrails, a highly capable agent is just a friendly interface over a Remote Code Execution (RCE) vulnerability.

This session reframes the entire security challenge. Instead of wasting time trying to make the model perfectly "safe," we’ll look at how to design infrastructure that stays secure even after the agent is compromised. By enforcing strict policy gates, we ensure that even if an agent is hijacked, it cannot access secrets, traverse your network, or execute privileged actions.
Speakers
avatar for Girish Motwani

Girish Motwani

Principal Software Engineering Manager, Microsoft
Girish Motwani is a Principal Software Engineering Manager at Microsoft, leading Azure Container Networking in Ireland, powering connectivity for Azure’s global container workloads. He previously led Azure Firewall. With 21+ years’ experience, he builds high-scale cloud platforms... Read More →
avatar for Ritwik Ranjan

Ritwik Ranjan

Software Engineer, Microsoft
Ritwik Ranjan is a results-driven software engineer with a passion for creating scalable, efficient, and innovative cloud-based solutions. Currently, he is working as an SDE 2 at Microsoft Azure Core in Dublin. His experience spans across diverse technologies, focusing on improving... Read More →
Thursday September 10, 2026 15:35 - 16:00 JST
Hall C

15:35 JST

Lessons From Building a Generative UI Runtime for MCP Apps - Rabi Guha, Thesys Inc
Thursday September 10, 2026 15:35 - 16:00 JST
MCP UI lets servers return interactive application surfaces instead of plain tool results. But it raises a new question: what happens when the interface inside that surface is generated at runtime by the agent?

This talk shares lessons from building a Generative UI layer within MCP UI. MCP UI provides the app/resource boundary and host communication model, while frameworks like OpenUI provide the generated interface inside that boundary: a component registry, model-friendly UI language, streaming validation, form state, and explicit actions that route back to MCP tools.

The key shift is that MCP UI does not have to mean one fixed widget per tool result. A server can expose capabilities and context, the agent can generate the right interface for the task, and the host can still control rendering, permissions, actions, and observability.

The demo uses a data-dashboard workflow: an agent connects to a datasource, inspects data, generates an interactive dashboard with filters and drilldowns, then turns the result into persistent artifacts such as reports, documents, or slide decks.
Speakers
avatar for Rabi Guha

Rabi Guha

Co-Founder & CEO - Thesys, Thesys Inc

Rabi Shanker Guha is Co-Founder and CEO of Thesys, the Generative UI company behind C1 and OpenUI. Previously, he was Head of Engineering and a founding member at DevRev.ai, where he helped scale the engineering team to about 150 people. He has also held roles at Google and Nutanix, and... Read More →
Thursday September 10, 2026 15:35 - 16:00 JST
Hall 1F
  MCPCon

15:35 JST

Workshop: Getting Started with Goose & MCP Apps - Abhijay Jain, AAIF Goose
Thursday September 10, 2026 15:35 - 17:10 JST
Whether you're new to Goose or just beginning your journey with MCP, this hands-on workshop will help you get started with it. We'll walk through installing and configuring Goose, explore the fundamentals of the Model Context Protocol (MCP), and demonstrate how to discover, install, and use MCP Apps to extend Goose with powerful new capabilities.

Through live demonstrations, attendees will get a guided walkthrough of Goose, learn how MCP Apps integrate with the platform, and build a simple MCP-powered workflow that they can continue experimenting with after the session.

By the end of the workshop, participants will have a working Goose setup, understand how to use MCP Apps effectively, and be equipped with the knowledge and resources to start building their own AI-powered workflows with Goose.
Speakers
avatar for Abhijay Jain

Abhijay Jain

Maintainer & Contributor, AAIF Goose, AAIF Goose
Thursday September 10, 2026 15:35 - 17:10 JST
Hall B

16:10 JST

Your Platform Is Your Context: Scaling AI Agents With Platform Engineering - Gang Luo & Kristina Kondrashevich, Electrolux
Thursday September 10, 2026 16:10 - 16:35 JST
A production issue spans multiple cloud environments. Everything looks fine in isolation, but the system behaves unexpectedly end-to-end. Reconstructing what is actually deployed requires stitching together cloud consoles, infrastructure definitions, and internal tooling.

AI agents could help with this kind of problem, but they need better context. Infrastructure is a key part of that context gap. Cloud resources, environments, configurations, and policies are essential for reasoning and decision-making, yet this information is fragmented across infrastructure-as-code, cloud providers, and internal systems.

This talk explores why a developer platform was built: to unify infrastructure management, standardize how teams provision and manage cloud resources, and provide a consistent abstraction across providers, accounts, and environments. The platform then evolves into a unified source of infrastructure context, aggregating metadata into a coherent infrastructure blueprint. By exposing this through an MCP server, it allows AI agents to understand the full infrastructure landscape, improving reasoning, troubleshooting, and the quality of assistance in engineering workflows.
Speakers
avatar for Gang Luo

Gang Luo

Engineering Manager, Electrolux Group
With extensive experience in the software industry, Gang has worked across Platform Engineering, Infrastructure Engineering, and Site Reliability Engineering. His focus is on building scalable platforms, enabling developer productivity, and driving operational excellence within fast-growing... Read More →
avatar for Kristina Kondrashevich

Kristina Kondrashevich

SRE Product Manager, Electrolux
Throughout her career, Kristina has written code, managed teams, and optimized delivery. As an SRE Product Manager at Electrolux Group, she helps the platform team adopt product management practices. Her mission is to elevate the developer experience by treating internal developers... Read More →
Thursday September 10, 2026 16:10 - 16:35 JST
Hall C

16:45 JST

Intent as Code: Why Existing Permissions Aren’t Enough for AI - Masaya Nakamura, Studist
Thursday September 10, 2026 16:45 - 17:10 JST
MCP grants AI agents access to file systems, Git, cloud, and SaaS. Yet permission models — IAM, OAuth scopes, PATs — were built for humans and fall short for AI.

The issue isn’t granularity. Existing permissions assume “human rationality” as a boundary: write access doesn’t mean a human wipes a repo; CI write access doesn’t mean a human exfiltrates secrets. Permissions stay broad because human judgment fills the gap. AI lacks this buffer — through prompt injection or edge cases, it acts destructively where a human would stop. Per-call approval collapses under fatigue.

As an SRE on strong production credentials, my question wasn’t “how to restrict AI” but “how to maximize safe delegation.”

I propose Intent as Code: coding what was left to human rationality. Three OSS tools:
safe-push rejects pushes touching .github/ or others’ commits, preventing CI hijacking
safe-gh wraps gh CLI with conditions like “only own issues” or “only approved PRs to develop” — expressing intent PATs can’t
safe-webfetch uses Claude Code Hooks to auto-allow learned-safe URLs, cutting fatigue decisions

Attendees leave understanding why permissions fall short for AI, with patterns to apply.
Speakers
avatar for Masaya Nakamura

Masaya Nakamura

Platform Engineer, studist
Super Engineer
Thursday September 10, 2026 16:45 - 17:10 JST
Hall C

16:45 JST

Running an MCP Proxy at Scale - Camila Rondinini, Anthropic
Thursday September 10, 2026 16:45 - 17:10 JST
The MCP spec is clear about how one client and one server talk to each other. It says much less about what happens when the client is itself a distributed system, serving millions of people across thousands of third-party MCP remote servers.

At Anthropic, we run a proxy between our products and a large, growing set of remote servers. At that scale, we started running into problems the spec doesn't answer.

This talk is about three of them:

- Authentication: How do we make authentication work across servers that all implement it a little differently? How do we keep people connected when connections drop and credentials expire, without making them sign in again?

- Caching: How do we avoid hammering the MCP remote servers, and which caching strategies make that possible?

- Monitoring: How do we monitor a system where the servers vary widely, from stable production ones to unstable ones still in development? When something breaks, how do we tell whether the fault is ours or the server's?
Speakers
avatar for Camila Rondinini

Camila Rondinini

Member of Technical Staff, Anthropic
Camila Rondinini is a Member of Technical Staff on the Connectivity team at Anthropic, where she works on supporting MCP across Anthropic's product surfaces. Her focus is on improving the reliability and monitoring of MCP at scale.
Thursday September 10, 2026 16:45 - 17:10 JST
Hall 1F
  MCPCon

17:20 JST

Legacy Meets LLM: Giving Frontier Models a Telephone (PSTN) Over MCP - Shinya Saito, Gen-AX Corp
Thursday September 10, 2026 17:20 - 17:45 JST
A web service exposes /health; a phone line exposes nothing. The telephone is the oldest telecommunication tool still in production — and our LLM voice agents answer customer calls over it, with no way to know whether they are answering, hearing, and behaving correctly right now.

So we gave a frontier model a telephone.

Our MCP server gives any LLM a phone: dial PSTN numbers, speak via TTS, and read the other side via silence-detected transcripts. A frontier model becomes the caller, phoning our production voice agents in an agent-calls-agent loop — one mechanism covering the whole testing spectrum: ping-style health checks, deep evaluation via scripted and adversarial conversations, and load testing with concurrent caller fleets.

We cover the MCP tool design for a domain the spec wasn't written for — tools that block for tens of seconds, turn-taking over live audio, per-call session state — where the spec fought us and what we would feed back, plus what broke: timeout cascades and evaluations that flap.

We are open-sourcing the server. You'll leave knowing how to connect your own agent to the PSTN — and how to ping, probe, and load-test anything that answers a phone.
Speakers
avatar for Shinya Saito

Shinya Saito

Backend Engineer, Gen-AX Corp
Shinya Saito is a Product Engineer at Gen-AX developing X-Ghost, an enterprise voice AI platform. He builds production voice agents and telephony infrastructure, spanning observability, evaluation, and large-scale testing. Recently he has used the Model Context Protocol (MCP) to connect... Read More →
Thursday September 10, 2026 17:20 - 17:45 JST
Hall 1F
  MCPCon

17:20 JST

Accelerating the Autonomous Web With WebMCP - Vin Lim, StaffOS
Thursday September 10, 2026 17:20 - 17:45 JST
AI agents have long been capable of interacting with the web, relying on brittle DOM scrapers and heavy browser automation has kept these workflows slow and prone to failure. We will explore how the WebMCP shifts agentic web interaction from merely functional to highly performant and efficient by providing a standardized, machine-readable layer for context sharing and action execution. WebMCP eliminates the friction and overhead of legacy automation techniques.
Speakers
avatar for Vin Lim

Vin Lim

CTO, StaffOS
Vin is the co-founder of StaffOS, an AI Workforce platform for business to deploy and govern AI agents. He is also a Google Developer Expert, having partnered with Google to advocate web technology for the past 10 years, speaking, mentoring and conducting community workshops.
Thursday September 10, 2026 17:20 - 17:45 JST
Hall C

17:45 JST

Sponsor Showcase
Thursday September 10, 2026 17:45 - 19:00 JST

Thursday September 10, 2026 17:45 - 19:00 JST
Hall A
 
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