Tag: AWS Shield

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.

In alignment with Singapore’s ambitious sustainability objectives, the Land Transport Authority (LTA) of Singapore is intensifying its efforts to spur the adoption of electric vehicles. This contributes to the nation’s goal of achieving 100 percent cleaner energy vehicles by 2040, and the effort leverages Amazon Web Services (AWS). LTA has set up EV-Electric Charging Pte Ltd (EVe) to manage the deployment of up to 12,000 electric vehicle (EV) charging points distributed across 2,000 Housing Development Board (HDB) carparks.

In this post, we will explore the use of generative artificial intelligence (AI) chatbots as a natural language alternative to the service catalog approach. We will present an Amazon Web Services (AWS) architecture pattern to deploy an AI chatbot that can understand user requests in natural language and provide interactive responses to user requests, directing them to the specific systems or services they are looking for. Chatbots simplify the content navigation and discovery process while improving the customer experience.

K12 leaders need tangible solutions and tactics for improving their school’s or district’s cyber-resilience in the coming school year, and Amazon Web Services (AWS) is committed to supporting schools and districts as they enhance the cybersecurity of their networks. Recently, AWS joined the White House, the Department of Homeland Security, and the Department of Education—among other leaders in the government and education community—to commit to improving the cybersecurity resilience of K12 education. As part of this commitment, AWS created the K12 Cyber Grant Program, offering up to $20 million in AWS Promotional Credits to both new and existing K12 customers.

In this post, we explore the complexities of data privacy and controls on Amazon Web Services (AWS), examine how creating a landing zone within which to contain such data is important, and highlight the differences between creating a landing zone from scratch compared with using the AWS Landing Zone Accelerator (LZA) for Healthcare. To aid explanation, we use a simple healthcare workload as an example. We also explain how LZA for Healthcare codifies HIPAA controls and AWS Security Best Practices to accelerate the creation of an environment to run protective health information workloads in AWS.

The US Office of Management and Budget published M-21-31, a memorandum for federal government agencies to define event logging requirements related to cybersecurity incidents. These guidelines aim to support the detection, investigation, and remediation of cyber incidents on federal information systems. The memorandum defines various event logging (EL) tiers and the log data that must be captured for various log categories. Learn the services from AWS that have been called out explicitly in the memorandum for logging and retention requirements at the EL1 level, and the resources you can use to set up these services to capture the required log data.

It is essential for election campaigns and committees to have access to the latest security services so they can mitigate risks against security threats at minimal cost. To support this, AWS is collaborating with Defending Digital Campaigns (DDC) to offer more than 20 cybersecurity-related AWS services for low-to-no cost to all active and registered national party committees and federal candidate committees for the US House and US Senate midterm elections that are eligible in accordance with DDC and Federal Election Commission (FEC) criteria.

To support Singapore’s national vaccination program, the Integrated Health Information Systems (IHiS) needed the capability to scale its systems to sustain significantly higher loads at very short notice. In addition, its teams needed to be able to develop and implement new features at speed to address evolving vaccination policies and changing, on-the-ground requirements. The agency turned to Amazon Web Services (AWS).

Earlier this year, the Australian Bureau of Statistics (ABS) ran the Australian Census, the agency’s most significant workload, on Amazon Web Services (AWS). The Census is the most comprehensive snapshot of the country, and includes around 10 million households and over 25 million people. With the COVID-19 pandemic causing lockdowns across the country, ABS needed a digital option for the Census that was accessible and reliable for millions of people. They turned to the cloud.

The Government of Canada (GC) set ambitious goals at the onset of COVID-19. One goal: to offer a mobile app to notify its users of possible exposures before symptoms appear in a way that wouldn’t jeopardize their privacy. In July, the GC released the COVID Alert app, an exposure notification application. COVID Alert doesn’t require users to enter—nor does it obtain from the mobile device—any personally identifiable information (PII) and doesn’t use location tracking. Let’s take a look at COVID Alert app’s cloud-based architecture and how the app is helping slow the spread of COVID-19, and helping keep Canadians safe while protecting privacy.