AWS Compute Blog

Category: Management Tools

Scaling Kubernetes deployments with Amazon CloudWatch metrics

This post is contributed by Kwunhok Chan | Solutions Architect, AWS   In an earlier post, AWS introduced Horizontal Pod Autoscaler and Kubernetes Metrics Server support for Amazon Elastic Kubernetes Service. These tools make it easy to scale your Kubernetes workloads managed by EKS in response to built-in metrics like CPU and memory. However, one common use case for applications […]

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ICYMI: Serverless Q3 2018

Welcome to the third edition of the AWS Serverless ICYMI (in case you missed it) quarterly recap. Every quarter, we share all of the most recent product launches, feature enhancements, blog posts, webinars, Twitch live streams, and other interesting things that you might have missed! If you didn’t see them, catch our Q1 ICYMI and […]

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Investigating spikes in AWS Lambda function concurrency

This post is courtesy of Ian Carlson, Principal Solutions Architect – AWS As mentioned in an earlier post, a key benefit of serverless applications is the ease with which they can scale to meet traffic demands or requests. AWS Lambda is at the core of this platform. Although this flexibility is hugely beneficial for our customers, sometimes […]

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Lambda Console Execution

Developing .NET Core AWS Lambda functions

This post is courtesy of Mark Easton, Senior Solutions Architect – AWS One of the biggest benefits of Lambda functions is that they isolate you from the underlying infrastructure. While that makes it easy to deploy and manage your code, it’s critical to have a clearly defined approach for testing, debugging, and diagnosing problems. There’s […]

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Protecting your API using Amazon API Gateway and AWS WAF — Part 2

This post courtesy of Heitor Lessa, AWS Specialist Solutions Architect – Serverless In Part 1 of this blog, we described how to protect your API provided by Amazon API Gateway using AWS WAF. In this blog, we show how to use API keys between an Amazon CloudFront distribution and API Gateway to secure access to […]

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Managing Amazon SNS Subscription Attributes with AWS CloudFormation

This post is courtesy of Otavio Ferreira, Manager, Amazon SNS, AWS Messaging. Amazon SNS is a fully managed pub/sub messaging and event-driven computing service that can decouple distributed systems and microservices. By default, when your publisher system posts a message to an Amazon SNS topic, all systems subscribed to the topic receive a copy of […]

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Query for the latest Amazon Linux AMI IDs using AWS Systems Manager Parameter Store

This post is courtesy of Arend Castelein, Software Development Engineer – AWS Want a simpler way to query for the latest Amazon Linux AMI? AWS Systems Manager Parameter Store already allows for querying the latest Windows AMI. Now, support has been expanded to include the latest Amazon Linux AMI. Each Amazon Linux AMI now has […]

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Amazon SNS Filtering

Monitoring your Amazon SNS message filtering activity with Amazon CloudWatch

This post is courtesy of Otavio Ferreira, Manager, Amazon SNS, AWS Messaging. Amazon SNS message filtering provides a set of string and numeric matching operators that allow each subscription to receive only the messages of interest. Hence, SNS message filtering can simplify your pub/sub messaging architecture by offloading the message filtering logic from your subscriber systems, as well […]

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Using AWS CloudFormation to Create and Manage AWS Batch Resources

This post courtesy of Arya Hezarkhani. AWS CloudFormation allows developers and systems administrators to easily create and manage a collection of related AWS resources (called a CloudFormation stack) by provisioning and updating them in an orderly and predictable way. CloudFormation users can now deploy and manage AWS Batch resources in exactly the same way that […]

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Sample microservices application

Managing Cross-Account Serverless Microservices

This post courtesy of Michael Edge, Sr. Cloud Architect – AWS Professional Services Applications built using a microservices architecture typically result in a number of independent, loosely coupled microservices communicating with each other, synchronously via their APIs and asynchronously via events. These microservices are often owned by different product teams, and these teams may segregate their […]

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