Category: Technical How-to

Credit unions face unique security, regulatory, and compliance obligations. These requirements mean that a sound cybersecurity posture is essential for credit unions across both cloud workloads and on-premises technology. Read this blog post to learn how Amazon Web Services (AWS) can help credit unions prepare for audits, assess security posture, and produce documentation for state or federal regulators.

Compliance is essential, but ensuring compliance in the cloud with various regulations and standards can be challenging, especially for public sector organizations. The requirements are highly dynamic, constantly evolving, and they vary across countries. Read this blog post to learn about the Amazon Web Services (AWS) resources that can help customers meet compliance requirements, reduce their time and effort, and focus on core business objectives.

This blog post provides technical guidance for UK organisations to implement their landing zone in-line with guidance from the UK National Cyber Security Centre (NCSC) using the LZA. 

The first blog post in this series outlined considerations for developing API pipelines on AWS to extract data from third-party SaaS tools. With consolidated data, public sector organizations can offer new experiences for donors and members, enrich research datasets, and improve operational efficiency for their staff. This follow-up blog post presents options for ingesting SaaS data with API requests from AWS services, methods for handling payload data from API calls, and guidance for orchestration and scaling an API data pipeline on AWS.

As the amount of health data increases, different healthcare, life sciences, population health, and public health organizations are working to modernize their data infrastructure, unify their data, and innovate faster with technologies like artificial intelligence and machine learning (AI/ML). In this blog post, we dive deep on architecture guidance that enables healthcare providers to improve patient care.

In this blog post, learn how to set up a solution that enables school districts to notify a targeted group of parents about school bus breakdowns and delays via the parent’s preferred method of communication (i.e., phone call, SMS, or email), when a bus driver reports it. This solution uses AWS services like Amazon Connect and Amazon Pinpoint to create a solution in which a bus driver can call an automated system, report the bus breakdown, and start an outbound notification to parents notifying them of the event and potential delay. Through the same process, the system notifies parents that the bus is back in service or provides alternate instructions for student pickup.

In this blog post, learn how to establish best-practice hybrid connectivity within a Canadian Centre for Cyber Security (CCCS) Medium Cloud reference architecture. Amazon Web Services consulted with the CCCS, the Treasury Board of Canada Secretariat (TBS) and Shared Services Canada (SSC) to build the CCCS Medium Cloud Reference Architecture. This opinionated and prescriptive architecture can help reduce the time and effort required to implement CCCS Cloud Medium controls from 90+ days to 2 days.

The education sector has gone through a transformative technological change in the last few years. First, the pandemic created a rise in e-learning solutions, as teachers and students adopted digital platforms for communicating, teaching and learning, and managing academic information. These solutions show that students all over the world can get quality education over the […]

This walkthrough explores how to leverage Amazon Forecast to derive valuable business insights in satellite communications use-cases. Operations teams can quickly see accurate satellite capacity forecasts on a per beam basis. The benefits include lower cost via provisioning just the right amount of bandwidth, and a more streamlined customer experience since users will be less impacted by weather or surge events.

This blog summarizes some of the benefits of cloud-based ground segment architectures, and demonstrates how users can build a proof-of-concept using AWS Ground Station’s capability to transport and deliver Wideband Digital Intermediate Frequency (DigIF) data, along with the software-defined radio Blink, built by the AWS Partner Amphinicy.