1. Image: AWS Compute Blog

    Frozen package management for air-gapped RHEL-family AMIs

    AWS Compute BlogAWS describes a serverless, two-account pattern for managing air-gapped RHEL-family fleets, separating connected package ingestion from isolated workloads and requiring human approval for package changes. EC2 Image Builder AMIs and Patch Manager use the same frozen Amazon S3 repository snapshot.

  2. Image: AWS Compute Blog

    Deploying regulated workloads on AWS Local Zones and AWS Outposts

    AWS Compute BlogAWS outlines an architecture for keeping regulated workloads within geographic boundaries using AWS Local Zones and AWS Outposts. The framework combines the AWS Nitro System, AWS Organizations service control policies with AWS Control Tower, and Amazon VPC Traffic Mirroring to support auditable data-residency designs.

  3. Image: AWS Compute Blog

    Get started with AWS Lambda SnapStart for container images

    AWS Compute Blog AWS Lambda SnapStart now supports container image functions, reducing startup times from several seconds to as low as sub-second. Learn how SnapStart for container images works, how to enable it on new or existing functions, and best practices for latency-sensitive workloads.

  4. Image: AWS Compute Blog

    Introducing EC2 AMI Tag Sharing: Share EC2 tags across AWS accounts

    AWS Compute Blog EC2 Tag Sharing lets AMI owners share tags with any account that has access to the image, using the ec2:SharedTag/ prefix. Updates propagate automatically with no custom replication workflows. This post walks through how it works, a golden AMI use case, and considerations for…

  5. Image: AWS Compute Blog

    Building event-driven applications at scale with Amazon EventBridge

    AWS Compute Blog Amazon EventBridge relaunched the Custom event bus so a platform team can share one governed bus across the organization while application teams publish and subscribe from their own accounts. See how retention, ordering, open formats, transformation, and direct target delivery…

  6. Image: AWS Compute Blog

    Improving Lambda function latency with scalable network bandwidth

    AWS Compute Blog AWS Lambda now supports scalable network bandwidth for functions with 2,048 MB of memory or more running outside a VPC. Sustained throughput scales from 625 Mbps up to 3,000 Mbps at 10,240 MB, reducing execution times and per-invocation costs for latency-sensitive data processing…

  7. Image: AWS Compute Blog

    Running self-hosted AI agent sandboxes with AWS Lambda MicroVMs

    AWS Compute Blog Learn how to run AI agent tool calls in secure, isolated sandboxes using AWS Lambda MicroVMs. This post shows how to architect a self-hosted control plane that launches a fresh, VM-isolated MicroVM for each agent session, keeping credentials, networking, and governance entirely…

  8. Image: AWS Compute Blog

    Customize Amazon API Gateway destinations for execution logs

    AWS Compute Blog Amazon API Gateway execution logs help you trace request processing step by step through your REST API stages. They capture authorization results, integration latency, mapping template output, and error details that are otherwise invisible at the API surface. When a production…

  9. Image: AWS Compute Blog

    Architecting SASE solutions using AWS Local Zones

    AWS Compute Blog Organizations with geographically distributed workforces face a trade-off between security and low-latency access. This post explores how to use AWS Local Zones and Secure Access Service Edge (SASE) solutions to deploy virtual security appliances closer to end users, covering key…

  10. Image: AWS Compute Blog

    Set up your AI coding agent to build with AWS Step Functions

    AWS Compute Blog AWS Step Functions has added a Copy agent prompt button to the console that configures your AI coding agent with Step Functions skills and an MCP server in one step. Paste the prompt into Claude Code, Kiro CLI, Cursor, or any MCP-compatible agent and start building workflows with…