AWS Public Sector Blog

Learn how The Ohio State University transformed their data infrastructure by migrating to Amazon Web Services (AWS), reducing critical data processing times by 50% while creating a unified data environment.

The methodology described in this post translates subjective personality requirements into testable behaviors, versioned prompts, and documented boundaries. It addresses several dimensions of Responsible AI at AWS, an eight-dimension framework that guides how we build and evaluate AI systems.

In this post, the first in a two-part series, we focus on the detection and forensic readiness side of satellite IR. This post walks through instrumenting your ground segment with Amazon Web Services (AWS) security services and AWS Ground Station so that threats surface before they cause damage, and forensic data is already flowing when an incident occurs.

This blog covers what to do when those detections fire. Satellite incident response (IR) must account for constraints that ground-based systems never face: containment actions that wait for the next orbital pass, decisions that trade mission continuity against security, and recovery procedures where the compromised endpoint cannot be physically accessed. It walks through containment, eradication, recovery, automated runbooks, and tabletop exercises designed for satellite operations teams.

This post explores connectivity patterns that can help JPS agencies build resilient network paths to AWS and align them with common public safety use cases.

In this post, we explain what the Progressing Snapshot program is, what the program is for, who it is for, and how Amazon Web Services (AWS) helps you lay the foundation to address many of the 40 snapshot controls.

Learn how the Login.gov team implemented a robust long-term log retention system that solved multiple architectural challenges while using Amazon Web Services (AWS) account-level subscription filters to provide capabilities that other approaches couldn’t match.

This post explains how to build exactly that using Strands Agents and Amazon Bedrock. The entire solution runs in about 200 lines of Python code, and you can have it working on your computer after completing the pre-requisite steps.

In this post, you will learn how the Maritime Cloud Environment (MCE) addresses these challenges by offering suppliers a secure, compliant, Navy-provided Amazon Web Services (AWS) Cloud environment for digital engineering collaboration.

Why preventive controls matter for FedRAMP 20x Organizations strengthen their security posture when Amazon Web Services (AWS) cloud resources consistently align with security and regulatory requirements. Preventive security controls, which are designed to minimize or avoid threat events, help enforce these requirements before misconfigurations are deployed. In this post, we show how service control policies […]