Category: Compute

How long would it take to update the Python runtime versions across 500 AWS Lambda functions running across an organization’s cloud environment? For the two-person cloud team at Loyola Marymount University (LMU), it used to take two months to inventory, scan, remediate, test, validate, and push to production. Today, it takes just half a day […]

Established by the Physician Payments Sunshine Act of 2010 and expanded by the SUPPORT Act of 2018, the Open Payments program creates public transparency around financial relationships between healthcare providers and pharmaceutical companies. When faced with aging infrastructure and rising costs, the Centers for Medicare & Medicaid Services (CMS) needed to modernize the statutorily mandated […]

MPAC, Ontario’s property assessment expert managing 5.7 million properties, faced mounting pressure on their IT support desk. Routine requests consumed most of the support team’s resources, creating bottlenecks and impacting organization-wide productivity. MPAC needed a round-the-clock IT support solution that maintained stringent security and governance standards for a public sector organization. MPAC’s IT Support Assistant—powered by their custom MPAC Orchestrator platform and Amazon Bedrock on AWS revolutionized its IT support.

The Contra Costa County District Attorney’s Office partnered with AWS and CC Tech Digital, an AWS Advanced Tier Partner, to modernize its subpoena handling process using a cloud-native, serverless solution on AWS. Read this post to learn more.

As a large Amazon Web Services (AWS) public sector customer, you might need information about which accounts contributed to this month’s billing surge, which workloads generated the most security findings, or which services experienced the highest adoption rates. Although straightforward in single-account environments, finding such information becomes complex when organizations manage hundreds or thousands of AWS accounts.

Whether you’re a technical architect, systems integrator, or government technology leader, this post provides the technical insights needed to understand and implement MOSIP (Modular Open-Source Identity Platform) on AWS effectively.

This blog post provides a comprehensive overview of the custom large language model (LLM) development lifecycle for public sector use, emphasizing scientific methodology and measurable outcomes.

The Coupon Bureau (TCB) is modernizing how coupons work in the US with the first universal digital coupon standard: AI (8112). To make this possible, TCB needed to build a system that could support billions of coupon transactions in real time, integrate seamlessly with hundreds of providers and retailers, and deliver mission-critical reliability. By using AWS services, TCB designed a cloud-based architecture that processes high-volume events, delivers real-time webhook notifications, provides data recovery during outages, and scales seamlessly as adoption grows.

According to the World Bank’s Identification for Development (ID4D) initiative, approximately 850 million people globally don’t have official identification. This prevents citizens from access to essential services including healthcare, education, and social benefits. To address these challenges, Atos and AWS have collaborated on an innovative cloud-based digital identity system using the Modular Open-Source Identity Platform (MOSIP), making these systems more accessible, secure, and scalable than ever before.

AWS partners with providers of innovative solutions such as MemVerge, an AWS Partner Network (APN) Advanced Technology Partner, whose Memory Machine Batch (MMBatch) technology complements AWS Batch by providing advanced checkpointing capabilities for EC2 Spot Instances. In this post, we look at how MemVerge’s technology can overcome the challenges of interrupted pipelines by enabling pipelines that were interrupted mid task to start from where they left off, regardless of Spot Instance reclaims. We’ll also show how MemVerge’s Batch Viewer and proven best practices empower researchers to visualize their workloads, identify bottlenecks, and apply smart strategies that make their pipelines more efficient, resilient, and cloud-optimized.