NGINX is not only the most widely web server on the internet, but it’s also the most commonly used data plane for Ingress controllers. In this episode we’ll discuss how NGINX’s microservices technologies – which include an Ingress controller, WAF, and service  mesh – add value to OpenShift deployments by giving developers and platform ops teams control of the application data plane.

NGINX is not only the most widely web server on the internet, but it’s also the most commonly used data plane for Ingress controllers. In this episode we’ll discuss how NGINX’s microservices technologies – which include an Ingress controller, WAF, and service mesh – add value to OpenShift deployments by giving developers and platform ops teams control of the application data plane.

NGINX is not only the most widely web server on the internet, but it’s also the most commonly used data plane for Ingress controllers. In this episode we’ll discuss how NGINX’s microservices technologies – which include an Ingress controller, WAF, and service&nbsp; mesh – add value to OpenShift deployments by giving developers and platform ops teams control of the application data plane.

NGINX and OpenShift: Moving from Test to Production

Red Hat's software partners discuss topics such as application modernization, cloud-native development, workload security in the cloud, and partnering with Red Hat. Check out our new partner podcast called "Code Comments" at:https://www.redhat.com/en/code-comments-podcast

Share NGINX and OpenShift: Moving from Test to Production

Sign up to save your podcasts

NGINX and OpenShift: Moving from Test to Production

NGINX and OpenShift: Moving from Test to Production