Episode
Scaling HTTP-based apps in Kubernetes using KEDA-HTTP
KEDA provides a reliable and well tested solution to scaling your workloads based on external events. The project supports a wide variety of scalers - sources of these events, in other words. These scalers are systems that produce precisely measurable events via an API. In this show, we'll introduce KEDA-HTTP, which provides HTTP-based scaling into the KEDA core, using simple, isolated components and an opinionated way to put them together.
Aaron is a developer advocate at Microsoft Azure and a core maintainer of the Athens and KEDA-HTTP Projects. Before those, he was a core maintainer and chair of the Kubernetes SIG-Service-Catalog and a contributor to various other projects in the Kubernetes community. He has 15+ years of software engineering experience ranging from frontend design to distributed data systems. He discovered Go around 2013 and Kubernetes in 2015 and hasn't looked back. Outside of software, he enjoys running, hiking and making pizza.
KEDA provides a reliable and well tested solution to scaling your workloads based on external events. The project supports a wide variety of scalers - sources of these events, in other words. These scalers are systems that produce precisely measurable events via an API. In this show, we'll introduce KEDA-HTTP, which provides HTTP-based scaling into the KEDA core, using simple, isolated components and an opinionated way to put them together.
Aaron is a developer advocate at Microsoft Azure and a core maintainer of the Athens and KEDA-HTTP Projects. Before those, he was a core maintainer and chair of the Kubernetes SIG-Service-Catalog and a contributor to various other projects in the Kubernetes community. He has 15+ years of software engineering experience ranging from frontend design to distributed data systems. He discovered Go around 2013 and Kubernetes in 2015 and hasn't looked back. Outside of software, he enjoys running, hiking and making pizza.
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