Category: Elastic Load Balancing

In this post, we explore how AWS enables the automation of deploying a DPI-based solution stack. We highlight Sunbird RC (Registry and Credentials) as a real-world digital public goods (DPG) building block. The following example provides an overview and execution of the packaging available in the Sunbird community GitHub repository for provisioning required AWS services and deploying Sunbird RC services.

Many South African institutions of higher learning are suffering from underfunding, which affects their ability to remediate these issues. Students in South Africa face numerous challenges as well. Statistics from StatsSA report a 45.5 percent unemployment rate among young individuals (aged 15–34 years). And limited educational opportunities and economic disadvantages are the primary factors driving elevated rates of unemployment. This post highlights the impact that reliable and efficient education systems can have on reducing the challenges facing higher education in South Africa.

Malcolm is a powerful, open source network traffic analysis tool suite created by the Cybersecurity and Infrastructure Security Agency (CISA) to aid public and private sector customers in improving their network security monitoring and incident response. Malcolm is most commonly used for incident response, network monitoring, threat hunting, training, and research, but can be adapted for other use cases. In this post, we introduce you to the key components of Malcolm on Amazon Elastic Kubernetes Service (Amazon EKS).

As government organizations transition to Amazon Web Services (AWS), they often seek to maintain operational continuity by using their existing on-premises firewall solutions. Gateway Load Balancer (GWLB) enables seamless integration of these firewall appliances into the AWS architecture, ensuring consistent security policies and minimizing disruptions. This post explores best practices for implementing GWLB to facilitate centralized traffic inspection for both east-west and north-south traffic flows.

Healthcare organizations worldwide are leveraging Amazon Web Services (AWS) and partner solutions to modernize, transform, and innovate their businesses. Ensuring the availability and security of critical applications is paramount. For example, two renowned German medical facilities, Fachklinikum Mainschleife and Max Grundig Klinik, needed to modernize their IT infrastructure to comply with stringent regulatory requirements outlined in the country’s Law for Accelerating the Digitalization of Healthcare (DigiG). Reliable and compliant service offerings from AWS enabled the medical facilities to provide reliable access to essential systems.

The World Meteorological Organization (WMO) wants to build and modernize a global weather framework with WMO Information Systems (WIS) 2.0 to enable and democratize unified access to critical, up-to-date weather data across the world. The WIS 2.0 system and the global cache provide a single point of access to improve the speed and accuracy with which forecasts can be generated while decreasing the time and capital requirements. This post describes the value of a global weather cache as well as the design and architecture for building the WIS 2.0 global weather cache on Amazon Web Services (AWS).

In 2022, Intelsat — operator of one of the world’s largest integrated satellite and terrestrial networks and a leading provider of in-flight connectivity — collaborated with Amazon Web Services (AWS) to complete a post-acquisition domain migration from Gogo Commercial Aviation without impacting inflight experiences and other operations. This blog post shares the lessons learned from Intelsat’s successful domain migration with AWS.

In July 2021, the U.S. Department of Defense (DoD) released a cloud native access point (CNAP) reference design that follows zero trust architecture (ZTA) principles and provides a new approach to access mission owner (MO) applications. The DoD’s reference design discusses four core capabilities of CNAP: authenticated and authorized entities (C1), authorized ingress (C2), authorized egress (C3), and security monitoring and compliance enforcement (C4). In this blog post, we walk through how to establish the C2 component via a virtual internet access point (vIAP) with AWS. The proposed architectures can reduce operational cost and management overhead, while improving the accessibility, resiliency, and security of mission owner applications.

Oregon and Washington are home to the Confederated Tribes of the Umatilla Indian Reservation (CTUIR)—a union of the Cayuse, Walla Walla, and Umatilla tribes. Their language, Sahaptian is classified as severely endangered by UNESCO. CTUIR was searching for a way to preserve legacy knowledge in a way that can be passed down to future generations and strengthen its community. To do this, CTUIR worked with Amazon Web Services (AWS) and AWS Partner Dan Ryan to build an online dictionary of the Sahaptian language, powered by the cloud.

Tessitura Network, a member-owned nonprofit company, provides customer relationship management (CRM) technologies and services to performing arts, cultural, and entertainment organizations around the world. Tessitura integrates what used to be disparate components of running an arts and culture organization, and supports organizations to gain a full picture of their customers and patrons, to segment and analyze data for insights, and to build personalized engagements with donors and communities they serve—all using the cloud and Amazon Web Services (AWS).