Containers

Tag: AWS Fargate

Happy 5th birthday, AWS Fargate!

In just 5 years, AWS Fargate has emerged as the mission-critical infrastructure for customers seeking to adopt container-based applications without managing underlying infrastructure. Its ability to provide serverless compute paired with a unique security model, where every container is wrapped in a virtual machine, has earned the trust of many organizations. AWS Fargate has been […]

Know before you Go – serverless containers at AWS re:Invent 2022

This re:Invent, the Amazon Elastic Container Service (Amazon ECS) and the AWS Fargate teams will be presenting new capabilities, best practices, and tips to amplify business agility, shorten time to market, and increase productivity for organizations in their application modernization journey. To learn more, join us in Las Vegas from November 28 through December 2. […]

Announcing Amazon ECS Task Scale-in protection

Introduction We are excited to launch Amazon Elastic Container Service (Amazon ECS) Task Scale-in protection, which is a new capability that gives customers control over protecting Amazon ECS service tasks from being terminated by scale-in events from Amazon ECS service Auto Scaling or deployments. Customers can simply mark their mission-critical tasks as protected from scale-in […]

Announcing AWS App Runner Private Services

Earlier this year we announced the general availability of App Runner VPC support. This feature enabled your services to communicate with databases and other applications hosted in an Amazon Virtual Private Cloud (Amazon VPC). Today, we released App Runner private services, and now customers can strengthen the security posture of their applications and meet their […]

Read the blog post about migrating and modernizing Windows Communication Foundation (WCF) workloads onto AWS container services.

Migrating and modernizing Windows Communication Foundation (WCF) workloads onto AWS container services

Introduction Windows Communication Foundation (WCF) is a framework created by Microsoft in 2008 for building service-oriented architecture (SOA) applications. It provides a set of libraries for building web services, using different network protocols to send and receive data between service endpoints. With the introduction of .NET Core in 2016 and the emergence of microservices, our […]

Leverage AWS secrets stores from EKS Fargate with External Secrets Operator

Leverage AWS secrets stores from EKS Fargate with External Secrets Operator

Secrets management is a challenging but critical aspect of running secure and dynamic containerized applications at scale. To support this need to securely distribute secrets to running applications, Kubernetes provides native functionality to manage secrets in the form of Kubernetes Secrets. However, many customers choose to centralize the management of secrets outside of their Kubernetes […]

Title image for Track costs with detailed billing reports for Amazon EKS on AWS Fargate

Track costs with detailed billing reports for Amazon EKS on AWS Fargate

Many AWS customers use Amazon Elastic Kubernetes Service (Amazon EKS) to run container workloads on AWS Fargate because it offers reduced operational complexity with right-sized, on-demand compute for containers. As customers scale their deployments on Fargate, they have expressed a need to track consumption with more specificity, such as usage from individual pods, namespaces, clusters, […]

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Save the date: AWS Containers events in May

The AWS Containers team has been busy since we’ve seen you last at re:Invent 2021! We’re excited to bring you two free online events in May to share the latest and greatest on Containers at AWS. AWS Container Day @ KubeCon + CloudNativeCon Europe is happening May 10th-13th & 17th, 1700 – 1900 CEST. This […]

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Shipping logs to third-parties with Kinesis Data Firehose and Fluent Bit for Amazon EKS on AWS Fargate

AWS Fargate is a technology that provides on-demand capacity for running pods on EKS clusters. Fargate provides a more hands-off experience, helping you run container applications without needing to manage the EC2 instances underneath. AWS Fargate runs each Kubernetes pod in its own isolated security boundary. This means it has a slightly different operating model […]