The advanced HTTP processing capabilities of NGINX and NGINX Plus make it the ideal platform for building an API gateway. We describe API use cases, show how to configure NGINX to handle them in a way that is efficient, scalable, and easy to maintain, and provide a complete NGINX configuration.
Red Hat OpenShift is a container platform built on top of Kubernetes. It's available as an open source project, OpenShift Origin, and a commercially supported product, OpenShift Container Platform. You can now use NGINX and NGINX Plus as a Router within OpenShift.
NGINX Unit 1.0, a multi-language applications server, launched today. Unit supports Python, PHP, Perl, Ruby, and Go, with more languages to come. Unit is dynamically configured using a REST API; there are no process reloads or service interruptions required for configuration changes to take effect.
A newly discovered security threat exploits a configuration that allows remote users to specify the server for a request in the HTTP Host header, and thus access potentially sensitive information. In this post we explain how to prevent this "cloud metadata" attack.
Two NGINX APIs - status, which reads extended status data, and upstream_conf, which manages upstream group configuration - have been deprecated. They will be removed as of the upcoming NGINX Plus R16 release! Read this blog post to learn how to switch over to the new, unified NGINX Plus API.
NGINX Amplify now features MySQL support. Amplify monitors the entire LEMP stack, including variations: Linux, (E)NGINX, MySQL/MariaDB/Percona, PHP, and PHP frameworks such as WordPress. This blog post shows you how to configure the Amplify MySQL plug-in, metrics monitored, and troubleshooting.
NGINX Unit supports PHP, which is very widely used for web programming. NGINX Unit therefore supports WordPress, written in PHP, and which is a content management system and application used by more than 30% of the sites on the Web. Use this blog post to install Unit and NGINX together with WordPress.
Many companies want to move to microservices, but are held back by unnecessary complexity. In this blog we discuss our vision for reducing complexity and building microservices with the NGINX Application Platform.
A service mesh is a configurable infrastructure layer for microservices application that makes communication flexible, reliable, and fast. It’s implemented through a sidecar proxy for service discovery, load balancing, encryption, authentication and authorization, circuit breaker support, and more.
NGINX has inspired the move from the LAMP stack to the LEMP - Linux, (e)NGINX, MySQL, and PHP. Today, we are proud to announce the next step in highly capable technology stacks: LEMUR.
With IBM Cloud Private, you can deploy Kubernetes-based microservices applications behind your firewall, with NGINX as an Ingress controller.
NGINX now proxies gRPC traffic, so you can terminate, inspect, and route gRPC method calls. Manage encryption and load balance gRPC traffic.