Speaker
Abstract
Three years ago on the QCon SF stage, I made the case for “Acceleration, Autonomy, and Accountability” as the pillars of a successful platform. Those pillars haven't moved. AI has just rewritten what each one requires, and the platform team's job along with it.
Every organization I talk to is somewhere on the same curve, from a few engineers quietly running experiments to a mandate that "AI-native" show up on the roadmap. Few have honestly answered the question that actually matters: did any of it move the needle for the business?
In this talk, we’ll cover:
- Where your platform team sits today on the curve from AI experimentation to AI-native, and what changes in its mandate, org architecture, and skillset at each stage
- Why "vending machine" infrastructure — compliant, fleet-managed, disposable — was never the hard part, and what the real missing layer looks like: the capability API and lifecycle contracts that sit between infrastructure and autonomous agents
- The unsolved problem hiding inside that layer: data access and agent trust, and the architecture we're using to give agents scoped, revocable access instead of all-or-nothing keys
- A concrete case study from Apollo's platform team — joined by Alex Mann, who leads it — on the point where this architecture had to get real, and what broke first
- An honest scorecard from our own organization's transformation: what got faster, what got better, and where business impact is still genuinely an open question
For platform leaders navigating the same curve, this talk is a primer on what to build next, what to postpone, and what to answer honestly before you call your org AI-native.
$2,835, Conference (3 days). Current pricing ends September 8th. All pass options.
QCon San Francisco 2026 is a three day conference for senior software engineers, architects and team leads. An international program committee of working engineers selects every session. Patterns and practices, not products and pitches.
Part of the track
Real World Platform Engineering Hosted by Daniel Bryant Platform Engineer, Co-Author of "Mastering API Architecture", Java Champion, and InfoQ News ManagerFrom the same track
Wednesday 18 November
10:35 Pacific DEKJ Session Why Most Platform Teams Fail: The Adoption Problem Nobody Wants to Own Shweta Vohra Architecture Leader @Booking.com, Author of "Decoding Platform Engineering Patterns" & "Dear Software and AI Architect", 24+ Years Experience Building Cloud, Platform, and AI Systems We have all seen the moment: the platform goes live, the launch deck looks sharp, the portal is polished, the golden paths are documented, and yet teams quietly continue doing things the old way. Not always because the platform is bad, but because adoption was assumed, not owned. 11:45 Pacific DEKJ Session The Rise of Agent Enablement: Coding Agents Don't Scale Themselves. Neither Do Your Teams. Patrick Debois AI Product Engineer @Tessl, Co-Author of the "DevOps Handbook", Content Curator at AI Native Developer Community In 2009, every big enterprise said "continuous delivery won't work here." In 2026, the same rooms say "the dark factory won't work here." It was never about the technology being ready. It's about the organization being ready. Readiness is a socio-technical problem, not a technical one. 13:35 Pacific DEKJ Session Building a Migration Platform: Moving 100+ Netflix RDBMS Workloads to Aurora PostgreSQL Ammar Khaku, Kshitij Gupta In late 2024, Netflix made a bet: consolidate the vast majority of our relational database use cases onto a single engine: Amazon Aurora PostgreSQL. 14:45 Pacific DEKJ Session Platform Engineering’s Second Act: From Vending Machine to Passport Control Smruti Patel, Alex Mann Three years ago on the QCon SF stage, I made the case for “Acceleration, Autonomy, and Accountability” as the pillars of a successful platform. Those pillars haven't moved. AI has just rewritten what each one requires, and the platform team's job along with it. 15:55 Pacific DEKJ Session Decoupling Local Development from Remote Infrastructure Details coming soon.