AWS Compute Blog
Category: Intermediate (200)
Building resilient multi-tenant systems with Amazon SQS fair queues
Today, AWS introduced Amazon Simple Queue Service (Amazon SQS) fair queues, a new feature that mitigates noisy neighbor impact in multi-tenant systems. With fair queues, your applications become more resilient and easier to operate, reducing operational overhead while improving quality of service for your customers. In distributed architectures, message queues have become the backbone of […]
Dynamically routing requests with Amazon API Gateway routing rules
Today, Amazon API Gateway announces support for dynamic routing rules for custom domain names in all supported AWS Regions. This new capability enables you to route API requests based on HTTP header values, either independently or in combination with URL paths. In this post, you will learn how to use this new capability to implement routing strategies such as API versioning and gradual rollouts without modifying your API endpoints.
Introducing AWS Serverless MCP Server: AI-powered development for modern applications
Today, AWS announces the open-source AWS Serverless Model Context Protocol (MCP) Server, a tool that combines the power of AI assistance with serverless expertise to enhance how developers build modern applications. The Serverless MCP Server provides contextual guidance specific to serverless development, helping developers make informed decisions about architecture, implementation, and deployment. This post describes how the Serverless MCP Server works with AI coding assistants to streamline serverless development.
Enhancing multi-account activity monitoring with event-driven architectures
Enterprise cloud environments are growing increasingly complex as they scale, with organizations managing hundreds to thousands of Amazon Web Services (AWS) accounts across multiple business units and AWS Regions. Organizations need efficient ways to collect, transport, and analyze activity data for threat detection and compliance monitoring. In this post, you will learn to use AWS CloudTrail and Amazon EventBridge for real-time cloud activity monitoring and automated response.
Securing Amazon S3 presigned URLs for serverless applications
This blog demonstrates how to leverage Amazon S3 presigned URLs to allow your users to securely upload files to S3 without requiring explicit permissions in the AWS Account. This blog post specifically focuses on the security ramifications of using S3 presigned URLs, and explains mitigation steps that serverless developers can take to improve the security of their systems using S3 presigned URLs.
Enhanced remote desktop experience: Amazon DCV with Amazon Linux 2023
Amazon DCV has evolved as a powerful remote display protocol, enabling secure high-performance remote desktop access and application streaming. This blog talks about how DCV remote display capabilities are now integrated with Amazon Linux 2023 (AL2023).
AWS Lambda introduces tiered pricing for Amazon CloudWatch logs and additional logging destinations
Effective logging is an important part of an observability strategy when building serverless applications using AWS Lambda. Lambda automatically captures and sends logs to Amazon CloudWatch Logs. This allows you to focus on building application logic rather than setting up logging infrastructure and allows operators to troubleshoot failures and performance issues more easily. On May […]
Integrating aggregators and Quick Service Restaurants with AWS serverless architectures
In this post, you learn how to use AWS serverless technologies, such as Amazon EventBridge and AWS Lambda, to build an integration between Quick Service Restaurants (QSRs) and online ordering and food delivery aggregators. These aggregators have taken off as an option to QSRs to expand their consumer base, enabling them with delivery options to help grow their businesses.
AWS Lambda standardizes billing for INIT Phase
Effective August 1, 2025, AWS will standardize billing for the initialization (INIT) phase across all AWS Lambda function configurations. This change specifically affects on-demand invocations of Lambda functions packaged as ZIP files that use managed runtimes, for which the INIT phase duration was previously unbilled. This update standardizes billing of the INIT phase across all runtime types, deployment packages, and invocation modes. In this post, we discuss the Lambda Function Lifecycle and upcoming changes to INIT phase billing. You will learn what happens in the INIT phase and when it occurs, how to monitor your INIT phase duration, and strategies to optimize this phase and minimize costs.
Scaling AWS Outposts rack deployments with ACE racks
This blog post is written by Eric Vasquez, Specialist Hybrid Edge Solutions Architect, and Paul Scherer, Senior Network Service Tech. Overview AWS Outposts brings managed, monitored AWS infrastructure, compute, and storage to your on-premises environment. It provides the same AWS APIs, and console experience you would get within the AWS Region to which the Outpost […]