Networking & Content Delivery

Amazon Route 53 is a highly available and scalable cloud Domain Name System (DNS) web service. Route 53 provides you with the ability to manage traffic to your public domains globally through a variety of routing types, including latency-based routing, geolocation, geoproximity, and weighted routing – all of which can be combined with DNS failover […]

Amazon CloudFront provides an easy and cost-effective way to distribute content with low latency and high data transfer speeds using a worldwide network of edge locations. To enable requests from CloudFront to access your origins (the source of your content, for example, Amazon Elastic Compute Cloud (Amazon EC2) instances, the security policies on your origin […]

Keeping applications up and running continuously requires architecting your application to prevent downtime, as well as the ability to recover from failure as quickly as possible with minimum data loss to achieve RTO-Recovery Time Objective and RPO– Recovery Point Objective. AWS helps you achieve high availability for cloud workloads across multiple dimensions, such as compute, databases, […]

Overview You can solve advanced network use-cases encountered by Service Providers extending AWS cloud hosted services to their customers. Doing this often requires advertising thousands of IP prefixes into the AWS cloud, while maintaining separation of unavoidable conflicting IP address space. This can be accomplished by increasing IP prefix advertisement and extending Virtual Routing and […]

Network architects need the ability to gain insights into real-time traffic between different resources within their VPCs. Since the announcement of VPC Traffic Mirroring in 2019, the VPC feature has provided this by copying network traffic from elastic networking interfaces (ENIs) on customer’s instances as source, and then sending the traffic to a destination target […]

An update was made on October 15, 2024: With the release of Athena engine version 3, native support for IP address functions is available through the Trino project. This eliminates the need for the Lambda function approach outlined in this blog post. To take advantage of this new enhancement, it is necessary to update the […]

Large enterprises often deploy workloads on Amazon Web Services (AWS) using multiple accounts. This helps isolate workloads, manage permissions more easily, and simplifies cost allocation. However, managing a multi-account environment can make your network topology more complex and requires additional monitoring and automation. At Repsol, a global multi-energy company present throughout the entire value chain, […]

In this blog, you will learn how to use the Lambda Function URL feature to define a AWS Lambda Function as origin for Amazon CloudFront. Lambda Function URL capability provides a dedicated HTTPS endpoint for your Lambda function deployed in an AWS Region. Function URLs are a great fit for use cases where you must […]

Introduction Amazon CloudFront has recently announced a new feature, Server Timing headers, which provides detailed performance information, such as whether content was served from cache when a request was received, how the request was routed to the CloudFront edge location, and how much time elapsed during each stage of the connection and response process. Server […]

Many organizations need to review or audit networking information within AWS environments that contain multiple AWS accounts. At scale, questions such as “which accounts have Internet access enabled?”, “which account owns the Elastic IP 198.51.100.101?” and, “what are the IP addresses of my NAT gateways?” can be challenging to answer. Traditionally, within an individual account, […]