This post shows you how to get NGINX and NGINX Plus running on Ubuntu in Amazon Web Services without affecting the settings on your personal computer.
NGINX Open Source 1.21.4 introduces support for kernel TLS (kTLS), which boosts performance by significantly reducing the need to copy data between user space and the kernel. We provide complete instructions for enabling kTLS in NGINX and share results of our performance testing.
Use the NGINX image from the Docker Hub repository or create your own NGINX Plus image to easily deploy NGINX in Docker containers.
We compare NGINX performance in bare-metal and virtualized (hypervisor) environments, finding a small but measurable performance cost for hypervisors. We also find that performance in Kubernetes environments is worse for network-bound but not CPU-bound operations.
What exactly do we mean when we talk about "modern apps"? We describe four key features that we believe an app must have to be modern -- scalability, portability, resiliency, and agility -- and six principles to guide development of your own modern apps.
Learn which NGINX Ingress controller is best for you, based on authorship, development philosophy, production readiness, security, and support.
The built-in live activity monitoring dashboard tracks NGINX Plus metrics in real time, and can get additional insight from visualizations of performance over time. In this demo and blog we show how to generate time-series graphs of NGINX Plus metrics using Prometheus and Grafana.
The Ingress controller is an ideal location for centralized authentication and authorization in Kubernetes. We show how to implement single sign-on with NGINX Ingress Controller as the relaying party and Okta as the identity provider in the OIDC Authorization Code Flow.
With Opsani you can optimize NGINX Ingress Controller performance in the cloud. Powered by machine learning, Opsani processes metrics collected by Prometheus to ensure that the right amount of resources is consumed for higher performance and lower cost.