AWS Public Sector Blog
Category: Artificial Intelligence
Unlocking data, automation, and AI with Cloudwick’s Amorphic platform
This post introduces the Cloudwick proprietary data platform Amorphic, highlights the AWS services that power it, and shows how public sector agencies are using it to simplify operations, reduce costs, and improve public service delivery.
How tax agencies are modernizing contact centers with Amazon Connect and generative AI
This blog post explores how the Alabama Department of Revenue (ALDOR) and the Wisconsin Department of Revenue (Wisconsin DOR) are using AWS applications and services to modernize their contact centers to improve resilience, reduce costs, and scale support for the communities they serve.
AWS and Telos announce Xacta’s achievement of FedRAMP High authorization
AWS and Telos are pleased to announce that Xacta, a leading cyber governance, risk, and compliance (GRC) platform, has achieved Federal Risk and Authorization Management Program (FedRAMP) High authorization—the program’s highest security level. This achievement validates Telos’s partnership with AWS in delivering enterprise-grade security solutions for US public sector organizations and regulated industries, providing the tools needed to efficiently manage security compliance—from initial assessment through continuous monitoring.
Maintain CJIS compliance when accessing commercial AI from AWS GovCloud (US)
While Criminal Justice Information Services (CJIS)-compliant workloads can run in standard US AWS Regions, some Justice and Public Safety (JPS) agencies may choose AWS GovCloud (US) for their sensitive workloads. These organizations can securely access cutting-edge artificial intelligence (AI) models from AWS Standard US Regions through FIPS-validated endpoints ensuring that all data is securely encrypted with FIPS 140-3 encryption as required by CJIS. This access can maintain CJIS compliance through secure cross-partition connectivity.
Building resilient public services with AWS observability best practices
In this post, we introduce AWS observability services, explore best practices for observability, and explain how to achieve them.
Weill Cornell Medicine digitizes historical medical archives with generative AI on AWS
In this blog post, you will learn how Weill Cornell Medicine used generative AI to build a secure, searchable interface for its historical medical archives and unlock new research opportunities while preserving the integrity of these one-of-a-kind materials.
How Collier County modernized budgeting to uncover $40 million in savings with AWS and Tyler Technologies
Between rising operational costs and a population surge, Collier County, Florida, found itself facing serious budgetary pressures. For 13 consecutive years, the county had raised property taxes to keep up. But by 2023, residents were growing fatigued, and county leaders knew they needed a different solution.
Polish healthcare leader Radpoint transforms medical imaging for millions using AWS
Timely access to medical imaging can mean the difference between early detection and delayed treatment. In Poland, healthcare technology company Radpoint has revolutionized how radiologists work and how patients receive care by building a comprehensive cloud-based medical imaging platform on Amazon Web Services (AWS). Their solution demonstrates how cloud technology can transform healthcare delivery while maintaining the highest security standards.
Empowering personalized learning at scale: Loyola Marymount University’s AI course companion
Read this post to learn how Loyola Marymount University worked with AWS to develop a secure, course-specific tool called the AI Study Companion, which has earned strong faculty approval while providing students with the support they need at substantial cost savings compared to commercial alternatives.
How Strands Agents brings geospatial generative AI to the public sector
This post explores how AI agents powered by Strands Agents on AWS can transform geospatial workflows, making spatial data accessible to any government worker through natural language interactions.









