Ingress for Anthos—Multi-cluster Ingress and Global Service Load Balancing

Ingress for Anthos—Multi-cluster Ingress and Global Service Load Balancing

  • September 18, 2020
Table of Contents

Ingress for Anthos—Multi-cluster Ingress and Global Service Load Balancing

Ingress for Anthos is a Google cloud-hosted multi-cluster ingress controller for Anthos GKE clusters. Ingress for Anthos supports deploying shared load balancing resources across clusters and across regions enabling users to use a same load balancer with an anycast IP for applications running in a multi-cluster and multi-region topology. In simpler terms this allows users to place multiple GKE clusters located in different regions under one LoadBalancer.

It’s a controller for the external HTTP(S) load balancer to provide ingress for traffic coming from the internet across one or more clusters by programming the external HTTP(S) load balancer using network endpoint groups (NEGs). NEGs are useful for Container native load balancing where each Container can be represented as endpoint to the load balancer. Taking advantage of GCP’s 100+ Points of Presence and global network, Ingress for Anthos leverage GCLB along with multiple Kubernetes Engine clusters running across regions around the world, to serve traffic from the closest cluster using a single anycast IP address.

Source: itnext.io

Share :
comments powered by Disqus

Related Posts

New Kubernetes 1.18 Extends Ingress

New Kubernetes 1.18 Extends Ingress

Last month, the Kubernetes team released Kubernetes 1.18, which extended Ingress. The two most exciting features include a new IngressClass resource and the new pathType field. To minimize the risk for our users who want to try out these exciting new features, the Ambassador Edge Stack supports the latest version of the Kubernetes Ingress specifications.

Read More
B-21 stealth bomber running Kubernetes for better SDLC experience

B-21 stealth bomber running Kubernetes for better SDLC experience

The new stealth U.S. Air Force B-21 bomber has taken yet another key technological step toward being ready for war, through integrated computer automation designed to streamline information, improve targeting and offer pilots organized warzone information in real-time. Air Force and Northrop Grumman developers recently completedan essential software-empowered process intended to bring greater levels of information processing, data management and new measures of computerized autonomy,according to published statements from Air Force Acquisition Executive Dr. William Roper. Through virtualization and software-hardware synergy, B-21 sensors, computers and electronics can better scale, deploy and streamline procedural functions such as checking avionics specifics, measuring altitude and speed and integrating otherwise disparate pools sensor information.

Read More