Let's be honest. Most Kubernetes environments weren't built with the level of determinism that modern workloads actually demand. Five nodes, you can handle. At one hundred, the drift your team has been working around becomes your biggest bottleneck. Then adding AI workloads on top means you're not just firefighting harder, you're building on a foundation that will fail you at the worst possible moment. Why keep stacking more tooling on a broken foundation when you can eliminate the conditions that create drift in the first place?
Developers want a public cloud-like experience — even on-prem. In this insightful session, we uncovered how to automate full-stack Kubernetes deployments with a single Git commit.
Platform teams are being squeezed between the need for massive contextual data and the reality of brittle, high-maintenance infra. Explore why real-time context has become the core data primitive for modern AI.
As AI workloads move into production, the ephemeral nature of Kubernetes is becoming even more difficult to manage. Learn how to leverage AI-powered insights to ensure the health, performance, and security of your increasingly complex K8s environments.
Building production-ready agentic AI — why a Control Plane matters Generative models alone aren’t enough for production-grade AI. Without a unifying control plane, scaling autonomous agents often leads to hallucinations, cascading errors, and unpredictable system behavior. Catch the replay for a deep dive into the missing piece in the AI stack: the Control Plane.
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