AWS Compute Blog

Category: Compute

Previewing environments using containerized AWS Lambda functions

This post is written by John Ritsema (Principal Solutions Architect) Continuous integration and continuous delivery (CI/CD) pipelines are effective mechanisms that allow teams to turn source code into running applications. When a developer makes a code change and pushes it to a remote repository, a pipeline with a series of steps can process the change. […]

Architecture of the automated creation of Root Volumes for Amazon EC2 Instances

Quick Restoration through Replacing the Root Volumes of Amazon EC2 instances

This blog post is written by Katja-Maja Krödel, IoT Specialist Solutions Architect, and Benjamin Meyer, Senior Solutions Architect, Game Tech. Customers use Amazon Elastic Compute Cloud (Amazon EC2) instances to develop, deploy, and test applications. To use those instances most effectively, customers have expressed the need to set back their instance to a previous state […]

architecture overview

Automating your workload deployments in AWS Local Zones

This blog post is written by Enrico Liguori, SA – Solutions Builder , WWPS Solution Architecture. AWS Local Zones are a type of infrastructure deployment that places compute, storage,and other select AWS services close to large population and industry centers. We now have a total of 32 Local Zones; 15 outside of the US (Bangkok, […]

This figure shows the CloudWatch graph of three metrics – the total CPU Utilization of the Auto Scaling group, the load forecast generated by predictive scaling, and the derived metric using metric math that measures error for over-forecasting

Adopt Recommendations and Monitor Predictive Scaling for Optimal Compute Capacity

This post is written by Ankur Sethi, Sr. Product Manager, EC2, and Kinnar Sen, Sr. Specialist Solution Architect, AWS Compute. Amazon EC2 Auto Scaling helps customers optimize their Amazon EC2 capacity by dynamically responding to varying demand. Based on customer feedback, we enhanced the scaling experience with the launch of predictive scaling policies. Predictive scaling […]

Edit runtime management configuration (Auto)

Introducing AWS Lambda runtime management controls

This blog post is written by Jonathan Tuliani, Principal Product Manager. Today, AWS Lambda is announcing runtime management controls which provide more visibility and control over when Lambda applies runtime updates to your functions. Lambda is also changing how it rolls out automatic runtime updates to your functions. Together, these changes provide more flexibility in […]

AWS Lambda: Resilience under-the-hood

This post is written by Adrian Hornsby (Principal System Dev Engineer) and Marcia Villalba (Principal Developer Advocate). AWS Lambda comprises over 80 services working together to provide the serverless compute service that it offers to customers. Under the hood, many of these services are built on top of Amazon Elastic Compute Cloud (Amazon EC2) instances, […]

Maximum concurrency is set to 10 for the SQS queue.

Introducing maximum concurrency of AWS Lambda functions when using Amazon SQS as an event source

This blog post is written by Solutions Architects John Lee and Jeetendra Vaidya. AWS Lambda now provides a way to control the maximum number of concurrent functions invoked by Amazon SQS as an event source. You can use this feature to control the concurrency of Lambda functions processing messages in individual SQS queues. This post […]

Building Sustainable, Efficient, and Cost-Optimized Applications on AWS

This blog post is written by Isha Dua Sr. Solutions Architect AWS, Ananth Kommuri Solutions Architect AWS, Dr. Sam Mokhtari Sr. Sustainability Lead SA WA for AWS, and Adam Boeglin, Principal Specialist  EC2 Sustainability. Today, more than ever, sustainability and cost-savings are top of mind for nearly every organization. Research has shown that AWS’ infrastructure […]

Three EC2 instances are connected to an AWS subnet. There's an overlay network that spans all three instances.The router instance connects the overlay network to the AWS subnet. The management instance contains the CloudStack management service, which is attached to the overlay network. The host instance contains the CloudStack agent and some VMs, all of which are connected to the overlay network.

Building a Cloud in the Cloud: Running Apache CloudStack on Amazon EC2, Part 2

This blog is written by Mark Rogers, SDE II – Customer Engineering AWS. In part 1, I showed you how to run Apache CloudStack with KVM on a single Amazon Elastic Compute Cloud (Amazon EC2) instance. That simple setup is great for experimentation and light workloads. In this post, things will get a lot more […]

EC2 instance summary info showing 1 instance, CentOS 7 (x86_64) AMI, c5.metal instance type, a security group name, and a 500 GiB volume

Building a Cloud in the Cloud: Running Apache CloudStack on Amazon EC2, Part 1

This blog is written by Mark Rogers, SDE II – Customer Engineering AWS. How do you put a cloud inside another cloud? Some features that make Amazon Elastic Compute Cloud (Amazon EC2) secure and wonderful also make running CloudStack difficult. The biggest obstacle is that AWS and CloudStack both want to manage network resources. Therefore, we must […]