AWS Architecture Blog

Category: Amazon Elastic Container Service

Solution architecture diagram

An elastic deployment of Stable Diffusion with Discord on AWS

Stable Diffusion is a state-of-the-art text-to-image model that generates images from text. Deploying text-to-image models such as Stable Diffusion can be difficult. Currently, Stable Diffusion requires specific computer hardware known as graphical processing units (GPUs). You can lower the bar to entry by offloading the text-to-image generation onto Amazon Web Services (AWS). Discord is a […]

Launchmetrics backend architecture

How Launchmetrics improves fashion brands performance using Amazon EC2 Spot Instances

Launchmetrics offers its Brand Performance Cloud tools and intelligence to help fashion, luxury, and beauty retail executives optimize their global strategy. Launchmetrics initially operated their whole infrastructure on-premises; however, they wanted to scale their data ingestion while simultaneously providing improved and faster insights for their clients. These business needs led them to build their architecture […]

Application coordination across accounts and single AWS Region

Coordinating large messages across accounts and Regions with Amazon SNS and SQS

Many organizations have applications distributed across various business units. Teams in these business units may develop their applications independent of each other to serve their individual business needs. Applications can reside in a single Amazon Web Services (AWS) account or be distributed across multiple accounts. Applications may be deployed to a single AWS Region or […]

Figure 1. A modernized microservices-based rearchitecture

Modernization pathways for a legacy .NET Framework monolithic application on AWS

Organizations aim to deliver optimal technological solutions based on their customers’ needs. Although they may be at any stage in their cloud adoption journey, businesses often end up managing and building monolithic applications. However, there are many challenges to this solution. The internal structure of a monolithic application makes it difficult for developers to maintain code. […]

Figure 2. Amazon Payment Services’ new architecture using Amazon SQS, Amazon ECS, and Amazon SNS

Migrating a self-managed message broker to Amazon SQS

Amazon Payment Services is a payment service provider that operates across the Middle East and North Africa (MENA) geographic regions. Our mission is to provide online businesses with an affordable and trusted payment experience. We provide a secure online payment gateway that is straightforward and safe to use. Amazon Payment Services has regional experts in payment […]

Figure 2. Control plane architecture

How Ribbon Built a Scalable, Resilient Robocall Mitigation Platform

Ribbon provides communications software, and IP and optical networking end-to-end solutions that deliver innovation, unparalleled scale, performance, and agility to service providers and enterprise. Ribbon is helping customers modernize their networks. In today’s data-hungry, 24/7 world, this equates to improved competitive positioning and business outcomes. Companies are migrating from on-premises equipment for telephony services and looking […]

Figure 2. Network Mapper scanner task workflow

Modernize your Penetration Testing Architecture on AWS Fargate

Organizations in all industries are innovating their application stack through modernization. Developers have found that modular architecture patterns, serverless operational models, and agile development processes provide great benefits. They offer faster innovation, reduced risk, and reduction in total cost of ownership. Security organizations must evolve and innovate as well. But security practitioners often find themselves […]

Figure 3. FL prototype deployed on Amazon ECS Fargate containers and AWS IoT Greengrass cores.

Applying Federated Learning for ML at the Edge

Federated Learning (FL) is an emerging approach to machine learning (ML) where model training data is not stored in a central location. During ML training, we typically need to access the entire training dataset on a single machine. For purposes of performance scaling, we divide the training data between multiple CPUs, multiple GPUs, or a […]

Figure 1. App2Container scaling architecture overview

Migrate your Applications to Containers at Scale

AWS App2Container is a command line tool that you can install on a server to automate the containerization of applications. This simplifies the process of migrating a single server to containers. But if you have a fleet of servers, the process of migrating all of them could be quite time-consuming. In this situation, you can […]

Figure 4. AWS Proton deploys service into multi-account environment through standardized continuous delivery pipeline

Simplifying Multi-account CI/CD Deployments using AWS Proton

Many large enterprises, startups, and public sector entities maintain different deployment environments within multiple Amazon Web Services (AWS) accounts to securely develop, test, and deploy their applications. Maintaining separate AWS accounts for different deployment stages is a standard practice for organizations. It helps developers limit the blast radius in case of failure when deploying updates […]