InfoQ Homepage Kubernetes Content on InfoQ
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API Gateways and Service Meshes: Opening the Door to Application Modernisation
Modernising applications by decoupling them from the underlying infrastructure on which they are running can enable innovation, reduce costs, and improve security. An API Gateway can decouple applications from external consumers, and a service mesh decouples applications from internal consumers.
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To Multicluster, or Not to Multicluster: Inter-Cluster Communication Using a Service Mesh
Communication within Kubernetes clusters is a solved issue, but communication across clusters requires more design and operational overhead. Before deciding on whether to implement multicluster support, you should understand your communication use case.
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DevOps and Cloud InfoQ Trends Report - February 2019
An overview of how the InfoQ editorial team sees the "cloud" and "DevOps" topics evolving in 2019, which focuses on platforms and practices that are being de facto standards and emerging technologies.
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Four Techniques Serverless Platforms Use to Balance Performance and Cost
There are two aspects that have been key to the rapid adoption of serverless computing: the performance and the cost model. This article looks at those aspects, the tradeoffs, and opportunity ahead.
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Ambassador: Building a Control Plane for an Envoy-Powered API Gateway on Kubernetes
This article provides an insight into the creation of the Ambassador open source API gateway for Kubernetes, and discusses the technical challenges and lessons learned from building a developer-focused control plane for managing ingress or "edge" traffic within microservice-based applications.
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Service Catalog and Kubernetes
Cloud-native applications do not just live inside Kubernetes—they also benefit from using the available cloud managed services. Similar to Kubernetes' declarative object configuration model, the Open Service Broker API with the Service Catalog provides a declarative way to describe cross-platform/cross-cloud managed service dependencies.
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Virtual Panel: Kubernetes and the Challenges of Multi-Cloud
Kubernetes is eliminating vendor lock-in and enabling cloud portability. In this panel, the panelists talk about what multi-cloud means as more than a common platform on multiple clouds.
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Scaling a Distributed Stream Processor in a Containerized Environment
The article presents our experience of scaling a distributed stream processor in Kubernetes. The stream processor should provide support for maintaining the optimal level of parallelism. However, adding more resources incurs additional cost and also it does not guarantee performance improvements. Instead, the stream processor should identify the level of resource requirement and scale accordingly.
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Getting Started with Istio Service Mesh Routing
In the following tutorial, we will use Istio to demonstrate one of the most powerful features of service meshes: “per request routing.” This feature allows the routing of arbitrary requests that are marked by selected HTTP headers to specific targets, which is possible only with a (OSI) layer 7 proxy. No layer 4 load balancer or proxy can achieve this functionality.
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Stateful Service Design Considerations for the Kubernetes Stack
At this summer’s QCon in New York, Jonas Bonér delivered one of the most popular talks of the conference with his focus on Designing Events-First Microservices. In this InfoQ Q&A, we asked Bonér to explain how “bringing bad habits from monolithic design” is a road to nowhere for service design, and where he sees his Akka framework fitting in the cloud-native stack.
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Who Is Running My Kubernetes Pod? The Past, Present, and Future of Container Runtimes
Container runtime choices have grown over time to include other options beyond the popular Docker engine. The Open Container Initiative (OCI) has successfully standardized the concept of a container and container image in order to guarantee interoperability between runtimes. This article looks at the past, present, and future of container engine implementations.
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Microservices in a Post-Kubernetes Era
The microservice architecture is still the most popular architectural style for distributed systems. But Kubernetes and the cloud native movement have redefined certain aspects of application design and development at scale. Modern developers must be fluent in a programming language to implement the business functionality, and equally fluent in cloud native technologies.
CONTENT IN THIS BOX PROVIDED BY OUR SPONSOR
Free ebooks to design,
deploy, and manage modern
applications:
Cloud Native DevOps With Kubernetes
This full, complete O’Reilly book shows developers and operations staff how to apply industry-standard DevOps practices to Kubernetes in a cloud-native context.
Service Mesh for Microservices
Learn how a service mesh provides a configurable infrastructure layer that makes service-to-service communication flexible, reliable, and fast.
From Docker to Kubernetes: Container Networking 101
It covers the capabilities of many open source tools, including Kubernetes.
SOA vs Microservices
Get more out of your service-oriented architecture investment.
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