Category: Compute

Amazon Elastic Container Service (Amazon ECS) is a fully managed container orchestration service that makes it easy to operate containerized workloads at scale.  It also integrates with other core AWS services, such as Amazon Route 53, AWS Identity and Access Management (IAM), and Amazon CloudWatch.  Establishing an effective and efficient CI/CD pipeline is critical for containerized […]

AWS CodeDeploy has extended blue/green deployment support for Elastic Container Service (Amazon ECS) to include canary and linear deployments for applications hosted on AWS Fargate or Amazon Compute Cloud (Amazon EC2). Blue/green deployments are a safe deployment strategy provided by AWS CodeDeploy for minimizing interruptions caused by changing application versions. This is accomplished by creating […]

September 8, 2021: Amazon Elasticsearch Service has been renamed to Amazon OpenSearch Service. See details. Centralized logging is an instrumental component of running and managing Kubernetes clusters at scale. Developers need access to logs for debugging and monitoring applications, operations teams need access for monitoring applications, and security needs access for monitoring. These teams have […]

Security is a top priority in AWS, and in our service team we naturally focus on container security. In order to better assess where we stand, we conducted an anonymous survey in late 2019 amongst container users on AWS. Overall, we got 68 responses from a variety of roles, from ops folks and SREs to […]

This is a guest post by Stefan Prodan of Weaveworks. In Kubernetes terminology, Ingress exposes HTTP(S) routes from outside the cluster to services running within the cluster. An Ingress can be configured to provide Kubernetes services with externally-reachable URLs while performing load balancing and SSL/TLS termination. Kubernetes comes with an Ingress resource and there are several controllers that […]

In December 2019, we announced the ability to use Amazon Elastic Kubernetes Service to run Kubernetes pods on AWS Fargate. Fargate eliminates the need for you to create or manage EC2 instances for your Kubernetes applications. When your pods start, Fargate automatically allocates compute resources on-demand to run them. Fargate is great for running and […]

Introduction Up until recently, ensuring that the number of EC2 instances in your ECS cluster would scale as needed to accommodate your tasks and services could be challenging.  ECS clusters could not always scale out when needed, and scaling in could impact availability unless handled carefully. Sometimes, customers would resort to custom tooling such as […]

Introduction Our customers are embracing containers and Kubernetes/EKS for the flexibility and the agility it affords their developers. As environments continue to scale, they want to find ways to more efficiently utilize their private RFC1918 IP address space. This post will review patterns to help conserve your RFC1918 IP address space with your EKS pods leveraging […]

NOTICE: October 04, 2024 – This post no longer reflects the best guidance for configuring a service mesh with Amazon EKS and its examples no longer work as shown. Please refer to newer content on Amazon VPC Lattice. ——– This is a guest post by Stefan Prodan of Weaveworks. Autoscaling is an approach to automatically scale […]

Customers running container-based applications on Amazon ECS using Amazon EC2 (commonly referred to as EC2) or AWS Fargate, frequently need to expose the application to both external clients and internal clients within the Amazon VPC (commonly referred to as VPC). In this blog post, we will look at a solution to optimize cost and reduce […]