Tag: AWS Public Sector

In this series of blog posts, we will examine digital sovereignty and provide practical steps you can apply to your AWS workloads and environments to address the requirements of your business. This post is the first in the series and introduces the topic, exploring the concepts and explaining how you can practically implement them.

An open source Amazon Web Services (AWS) visual workflow is transforming how public health departments approach data integration, combining familiar drag-and-drop interfaces with the power and scalability of serverless architecture.

AWS is expanding its AWS Ground Station as a Service Partner Program, increasing the options for space customers to bring space data to the AWS Cloud and realize its benefits. Today, AWS is excited to announce an enhanced collaboration with Kongsberg Satellite Services (KSAT), a world-leading provider of communication services for spacecraft and launch vehicles, as part of the AWS Ground Station as a Service (GSaaS) Partner Program. Satellite operators can now seamlessly access KSAT’s global satellite ground station network and operation services as well as the services and tools of AWS—the most comprehensive and broadly adopted cloud.

The Australian Epilepsy Project (AEP) is transforming epilepsy diagnosis and care across Australia. The AEP team faced a daunting challenge: processing and analyzing 20-hour magnetic resonance imaging (MRI) workflows for participants and clinicians scattered across the country. Their solution—a serverless, container-orchestrated neuroimaging pipeline on Amazon Web Services (AWS)—has accelerated the delivery of life-changing results to clinicians and patients while reducing costs by over 35%.

Over the past five years, a world-renowned higher education institution has partnered with AWS and AWS Partner EPI-USE to modernize its most critical applications. The result: a serverless, multi-Region, and secure architecture built with the AWS Cloud Development Kit (AWS CDK) that transforms how the institution delivers technology services. This modernization effort revealed six essential best practices that any higher education CIO, CTO, or enterprise architect can implement to strengthen institutional resilience and future-proof their technology infrastructure.

Working with Amazon Web Services (AWS) and AWS Partner Allwyn, the city of Virginia Beach launched a generative artificial intelligence (AI)-powered conversational search assistant on its public website that helps residents and visitors find answers in plain language, without having to hunt through search results.

Old Dominion University (ODU), in collaboration with Iowa State University, the longtime home of GAMESS development, and with support from Amazon Web Services (AWS), built CPU- and GPU-optimized GAMESS containers and began deploying them on AWS High-Performance Computing (HPC) services. Their work offers a practical roadmap for other institutions looking to bring legacy HPC applications into a modern, cloud-native environment.

Read this post to learn how Bevar Ukraine collaborated with Amazon Web Services (AWS) to develop Victor, a generative AI-powered virtual assistant designed to scale access to reliable information while preserving a human-centered approach.

In this post, we look at asymmetric outbound network flows and how to remedy this routing for Amazon Web Services (AWS) workloads.

Columbia University’s Learning the Earth with Artificial Intelligence and Physics (LEAP), a National Science Foundation (NSF) Science and Technology Center, collaborated with AWS to build AutoClimDS, an agentic AI system that researchers with no specialized coding expertise can use to conduct climate data science workflows using natural language. Read this post to learn more.