Empowering cloud-native developers on Kubernetes anywhere
Hello KubeCon and welcome to San Diego! It’s fantastic to have the chance to get some warm California sun, as well as the warmth of the broader Kubernetes community.
Tag: Kubernetes
Kubernetes-based event-driven autoscaling (KEDA) 1.0 release
Event-driven applications are a key pattern for cloud-native applications. Event-driven is at the core of many growing trends, including serverless compute like Azure Functions. Event-driven means your application responds and reacts to different events – business or system events.
In-cluster CNAB management with Brigade
Next week is KubeCon North America 2019, but we wanted to give you an early preview of one of the things we’ll be showing. Over the last few years, we’ve been working on tools for the cloud native ecosystem. From Helm and Brigade to Porter and Rudr, each tool we have built is designed to stand on its own.
Helm 3: Simpler and more secure
Ecosystem complexity increases every time we look around, our dizzying panoply of choices multiplies by the day, and (now, as always) we need a way to find, share, and operate applications reliably, in production, and at scale. What’s a busy Kubernetes user to do? Helm is the well-known and much-used package manager for Kubernetes.
Bringing container magic to cloud-native applications
Last year at Microsoft Connect and DockerCon we announced the Cloud Native Application Bundle (CNAB) specification in partnership with Docker, HashiCorp, and Bitnami. Since then the CNAB community has grown to include Pivotal, Intel, Datadog, and others, and we are all extremely pleased to announce that the CNAB core 1.
Demystifying containers, Docker, and Kubernetes
Modern application infrastructure is being transformed by containers. The question is: How do you get started? Understanding what problems containers, Docker, and Kubernetes solve is essential if you want to build modern cloud-native apps or if you want to modernize your existing legacy applications.
Kubernetes: What it is and what it isn’t
I’m a developer and I’ll admit it, I’m learning Kubernetes. I’ve been developing web applications now for more than 20 years; however, the past two years I’ve moved to working with microservices applications. Originally the microservices were web sites on multiple virtual machines.
Hello Service Mesh Interface (SMI): A specification for service mesh interoperability
Today we are excited to launch Service Mesh Interface (SMI) which defines a set of common, portable APIs that provide developers with interoperability across different service mesh technologies including Istio, Linkerd, and Consul Connect. SMI is an open project started in partnership with Microsoft, Linkerd, HashiCorp, Solo.
Helm 3: simpler to use, more secure to operate
Helm is the best way to find, share, and use software built for Kubernetes, and the eagerly anticipated Helm 3 alpha is now available for testing. Try it out, give feedback, and help the Helm community get it ready for you to depend upon.
Extending Kubernetes in the open
Greetings and welcome to KubeCon EU in Barcelona! As always, it is wonderful to see the community come together to celebrate how Kubernetes has made cloud-native ubiquitous and changed the way that we build and manage our software.
Announcing KEDA: bringing event-driven containers and functions to Kubernetes
Event-driven architectures are a natural evolution of microservices, enabling a flexible and decoupled design, and are increasingly being adopted by enterprise customers. Fully managed serverless offerings like Azure Functions are event–driven by design, but we have been hearing from customers about gaps in these capabilities for solutions based on Kubernetes. Scaling in Kubernetes is reactive, based on the CPU and memory consumption of a container.
Brigade tutorial: Instant scaling on demand with serverless Kubernetes
Microservices built on Kubernetes are fast becoming one of the core scenarios where computing is done, and Kubernetes development and operations skills are therefore becoming a larger part of any cloud-native toolset.
What is a service mesh anyways?
The service mesh may sound complex, but at its heart, it’s a very simple idea: a set of network proxies that transparently run alongside microservices, implementing reliability, observability, and security features by measuring and manipulating inter-service (“east-west”) traffic.