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  1. 21Amazon Web Services · architecture

    Running multi-day AZ evacuation drills with ARC Zonal Shift

    This post explains how to run multi-day Availability Zone evacuation drills using ARC Zonal Shift to prove application resilience under sustained stress. The team details step-by-step procedures across ECS, EKS, and PostgreSQL databases to uncover hidden failure modes like unoptimized scaling and stale connections. The result is a practical framework for moving from theoretical multi-AZ architectures to proven operational resilience.

    DEPTH ■■■■■19 min read3 weeks ago

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  2. 22Amazon Web Services · architecture

    How MHK built a HIPAA-eligible agentic AI solution on Amazon Bedrock

    Healthcare technology company MHK faced fragmented AI infrastructure and lengthy development cycles while trying to process unstructured medical documents under strict HIPAA standards. To solve this, they built a multi-tenant, event-driven agentic workflow framework called the SmartProminence AI Orchestrator on AWS using Amazon Bedrock, ECS, and SQS. The new system reduced manual review effort by 90% and shortened AI feature deployment times from months to weeks.

    DEPTH ■■■■■12 min read3 weeks ago

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  3. 23Amazon Web Services · architecture

    Build adaptive AI interfaces with the AG-UI protocol, agent swarms, and Nova Act on AWS

    AI applications produce variable outputs that cannot be effectively handled by static user interfaces, leading to development friction and poor user experiences. The team implemented an adaptive interface pattern using the AG-UI protocol, the Strands Agents SDK Swarm pattern, and Amazon Nova Act on AWS to dynamically render components and automate legacy integrations. This architecture streams agent findings over Server-Sent Events, enabling real-time multi-agent consensus and reducing interface development overhead.

    DEPTH ■■■■■22 min read3 weeks ago

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  4. 24Amazon Web Services · practice

    How Dynata scaled AI across the development lifecycle with AI-DLC and Kiro IDE

    Dynata adopted the AI-Driven Development Lifecycle methodology using Kiro IDE and Amazon Q Developer to compress multi-sprint feature delivery into a single sprint. The team progressed from code generation to integrating knowledge ecosystems and conducting structured three-day feature workshops. As a result, requirements ambiguities surfaced early during planning and the team achieved faster, more aligned feature delivery.

    DEPTH ■■■■■15 min read10 days ago

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