Networking & Content Delivery

Tag: Networking & Content Delivery

Top 4 Networking considerations for Mergers, Acquisitions, and Divestitures

This blog is co-authored by Parrish Gamarra, Principal Network Architect, Johnson & Johnson Introduction Mergers, Acquisitions (M&A), and divestitures are part of many enterprises’ journeys, driven by evolving business goals like expanding into new geographies or to spin off a line of business. Refer to this post for checking your general readiness for M&A with […]

Implementing long-running TCP Connections within VPC networking

Many network appliances define idle connection timeout to terminate connections after an inactivity period. For example, appliances like NAT Gateway, Amazon Virtual Private Cloud (Amazon VPC) Endpoints, and Network Load Balancer (NLB) currently have a fixed idle timeout of 350 seconds. Packets sent after the idle timeout expired aren’t delivered to the destination. Some applications or […]

Approaches to Transport Layer Tenant Routing for SaaS using AWS PrivateLink

In today’s ecosystem, Software as a Service (SaaS) offerings are primarily delivered in a low friction, service-centric approach over the Internet. These services are often mobile applications or websites delivered via a Content Delivery Network (CDN), such as Amazon CloudFront, that in turn issues requests to the backend SaaS platform. As a SaaS provider, your […]

Introducing AWS Gateway Load Balancer Target Failover for Existing Flows

Introduction: AWS Gateway Load Balancer (GWLB) is an Elastic Load Balancing (ELB) service that allows customers to insert third-party virtual appliances such as firewall, intrusion detection and prevention systems (IDS/IPS), network observability and others, transparently into the traffic path. Application Load Balancer (ALB) and Network Load Balancer (NLB) are reverse proxies and traffic is routed […]

Migrating accounts between AWS Organizations from a network perspective

In this post, we’ll discuss the considerations, recommendations, and approach for migrating AWS accounts between AWS Organizations from a networking perspective. We’ll explain the behavior of AWS networking resources when AWS accounts are moved between Organizations. We’ll also analyze the behavior from different viewpoints including service availability, management and governance, as well as commercial and operations. […]

Three advanced design patterns for high available applications using Amazon CloudFront

Any web application using Amazon CloudFront benefits from the inherent high availability of this AWS service. It’s a globally distributed network that is immune to local hardware failures or network congestion. Furthermore, it’s built on top of the AWS global network, which provides better isolation from the public internet. Finally, it’s designed with various advanced […]

400 Amazon CloudFront Points of Presence

Less than three years ago, we announced the 200th Point of Presence for Amazon CloudFront. Since then, we’ve continued to launch more Points of Presence to support more customers and provide them with enhanced content delivery performance. Today, CloudFront has over 400 Points of Presence in 90 cities and across 47 different countries. The expansion of our network […]

CloudFront and Lambda

Using Amazon CloudFront with AWS Lambda as origin to accelerate your web applications

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 […]

Building Multi-Region AWS Client VPN with AWS Directory Service and Amazon Route 53

Building Multi-Region AWS Client VPN with Microsoft Active Directory and Amazon Route 53

Introduction Organizations often require a secure connection between their users and resources on internal networks. For organizations with a global workforce, traditional virtual private network (VPN) solutions can be difficult to scale. Providing a single VPN endpoint creates a single point of failure: an outage would mean loss of connectivity to critical IT infrastructure. Authenticating […]