Category: Amazon Route 53

Organizations are adopting IPv6 because of public IPv4 address and private IPv4 address (RFC1918) space exhaustion caused by the ongoing growth of the internet, particularly in the fields of mobile applications, Internet of Things (IoT), and application modernization. This is motivating many AWS customers to transition from IPv4-only to dual-stack (IPv4 and IPv6) and IPv6-only […]

Amazon Route 53 Domains is a domain registration service provided by Amazon Web Services (AWS). It is a component of the larger Route 53 service, which is AWS’s scalable and highly reliable DNS service. As a developer-centric registrar, Route 53 Domains differentiates itself by catering to the needs of developers and cloud engineers. It does […]

Enterprise customers have differing requirements based on a number of reasons including security, compliance, governance, and the industry they operate. In certain situations, customers are expected to adhere to certain protocols and standards that are non-negotiable. In this post, we explore how customers can specify TLS protocols and associated ciphers that are allowed from viewers […]

Customers frequently use Elastic Load Balancing (ELB) load balancers and Amazon EC2 Auto Scaling groups (ASG) to build scalable, resilient workloads. When configured correctly, Amazon ELB health checks help make your workload more resilient to failures in your workload components behind the load balancer. However, you may need to make tradeoffs for handling different failure […]

Organizations today use many ways to drive traffic to their websites and applications. This is important for new feature launches, marketing campaigns, advertising, and so on. One common approach uses HTTP/S redirects, where you send a user from one domain, or Uniform Resource Locator (URL), to another. Redirects are incredibly useful tools when moving websites, […]

Many of our customers take a “defense in depth” approach to secure workloads within their Amazon Virtual Private Clouds (Amazon VPC). Using domain list rules in AWS Network Firewall and Amazon Route 53 Resolver DNS Firewall lets you enforce network security controls at multiple layers based on domain names. Although both DNS Firewall and Network […]

Earlier this year, we released technical guidance regarding three advanced design patterns for highly available applications using Amazon CloudFront and Amazon Route 53. In this post, we dive deeper into CloudFront origin failover, Amazon Route 53 DNS failover, and the hybrid origin failover approach to further enhance the availability of your web applications. We also […]

Introduction Customers use multi-region architecture to achieve application resiliency such as Active-Active or Disaster Recovery (DR). Depending on DR strategy, customers may need to have failover from one region to the next. DR strategies are covered off in detail in a prior AWS Blog. DR strategies include either an Active/Passive or Multi-Site Active/Active approaches. Active/Passive […]

We’ll start by outlining how AWS services provide reliability using control planes and data planes, then share high-level design principles for creating a failover mechanism. Finally, we’ll explain the features of Route 53 that make your DR approach more effective.

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. […]