Updating the NGINX Application Platform | NGINX

Original: https://www.nginx.com/blog/updating-nginx-application-platform/

Today, our vision to simplify the journey to microservices takes a big step forward. We are announcing the upcoming availability of the next version of our flagship software, NGINX Plus R15, with exciting new features, and the upcoming launches of NGINX Unit 1.0 and NGINX Controller R1.

Combined, these launches advance the NGINX Application Platform, a product suite that includes a load balancer, content cache, API gateway, WAF, and application server – all with centralized monitoring and management for monolithic apps, for microservices, and for transitional apps.

NGINX Application Platform for microservices and monolithic applications with NGINX Controller, NGINX Plus, and NGINX Unit
The NGINX Application Platform is our vision for building microservices

The NGINX Application Platform has already gained tremendous traction. More than 11 million new domains install NGINX Open Source each month – four instances every second. Three million instances of NGINX Open Source are running in production microservices environments. One million instances are running as a Kubernetes Ingress controller.

There are about 250 NGINX customers running NGINX Plus in production microservices as a reverse proxy, load balancer, API gateway, and/or Kubernetes Ingress controller. We believe that NGINX has the largest footprint of software running in such environments.

In this blog post, I want to summarize the details of our various product releases. First, though, I’d like to describe our motivations for creating this platform, and how we believe it helps organizations greatly reduce cost and complexity.

To learn more about what’s new in the NGINX Application Platform, register for our live webinar on April 25, 2018 at 10:00 AM PDT.

Why Create the NGINX Application Platform?

Since our initial announcement of the NGINX Application Platform, we’ve talked to a number of companies with complex infrastructure and application stacks. These organizations have a mix of open source software, proprietary solutions, and custom code making up their load balancing and API gateway tier. This has happened over years of patching old applications, developing new applications, and acquiring infrastructure.

This mix of technologies and software has become a nightmare for the companies to manage. The infrastructure has become so fragile that they fear making any changes. This is frustrating for operators and developers who are looking to deploy updates without added overhead, and who need to move with agility to stay competitive.

The situation only gets worse as companies start migrating to microservices. Microservices require additional tooling and complexity to work properly. For many companies, the microservices initiative and legacy infrastructure end up running as completely separate entities – what Gartner calls bimodal IT. This further complicates operations, creating two separate application stacks to manage and monitor.

When we talk to these companies, they’re surprised by how much of their infrastructure they can consolidate onto NGINX Plus.

Operational Complexity

The diagram below represents what we see in a lot of organizations today. In fact, it’s based on the architecture one NGINX customer had in place as it was beginning to add microservices to its traditional virtual machine‑hosted monolithic applications.

Operational complexity
Many companies have unnecessary complexity in their application stack

What are you seeing here? First, a CDN for static content, a WAF-as-a-Service for security, then a fast, simple Layer 4 load balancer and a more sophisticated Layer 7 load balancer. An API gateway is followed in the stack by another Layer 4 load balancer. Also, as shown in the figure, each of these pieces of software requires its own monitoring and management tools, or a complex, consolidated management solution.

The second Layer 4 load balancer – the one downstream from the API gateway – routes traffic to either legacy monolithic apps, with a reverse proxy server at the front end, or to one or more Kubernetes Ingress controller instances, each in front of a microservices app. The microservices apps include a separate sidecar proxy instance for each of the app’s many service instances.

Even if we just focus on the multiple load balancers, there’s a lot of complexity. Often times, these are a mix of hardware load balancers, cloud provider load balancers, and open source load balancers. IT typically manages the hardware load balancers, while the application teams manages the cloud and open source load balancers – without IT knowing they exist, in many cases. This leads to unnecessary complexity, separate operational silos, and mistakes, all cutting into performance and uptime.

When moving to microservices, we see organizations using multiple application servers, reverse proxies, and sidecar proxies to stitch together a service mesh. And then, when it comes to monitoring, there is no overall solution that provides the necessary analytics, dashboards, and alerts to gauge the health of the application.

How the NGINX Application Platform Helps

The NGINX Application Platform helps reduce this complexity by consolidating common functions down to far fewer components – in many cases, down to a single piece of software.

Reduce complexity with the NGINX Application Platform
The NGINX Application Platform helps reduce complexity and simplify microservices

In most cases there is no need to run multiple load balancers. NGINX Plus is a full‑featured HTTP, TCP, and UDP load balancer that can take the place of most hardware load balancers. In a public cloud environment, you can use NGINX Plus for the bulk of your load balancing, adding simple use of a basic Layer 4 load balancer – such as the AWS Network Load Balancer (NLB) – as the ingress point to a cloud deployment or data center.

Modern applications tend to be more complex than ever, with multiple application servers, different types of web servers, sidecar proxies (in a service mesh architecture), and other overhead needed to create and manage them. We have also noticed the lack of a simple and flexible application server that serves as a base on which developers can build applications, and we created NGINX Unit to be this base.

NGINX Unit further reduces complexity by supporting multiple languages, which enables organizations to consolidate their application servers. At launch, Go, Perl, PHP, Python, and Ruby are supported, with support for more languages coming soon.

With NGINX Controller, you can monitor and manage your entire set of NGINX Plus instances from a single point of control. Our long‑term roadmap is for NGINX Controller to manage and monitor all of our products, including NGINX Unit, helping businesses consolidate monitoring and management solutions.

What’s New in the NGINX Application Platform

We have several exciting product announcements coming up:

These announcements will serve to empower current users and extend the capabilities of the overarching NGINX Application Platform.

Using the same diagram as above, here is a summary of all the features we’re delivering to simplify application infrastructures. Below we break down each product and the associated new features in our upcoming releases.

Upcoming NGINX features in Q2 2018
A summary of upcoming features based on use cases in the NGINX Application Platform

NGINX Plus R15

On April 10 we released the fifteenth version of NGINX Plus, our flagship product. Since its initial release in 2013, NGINX Plus has grown tremendously, in both its feature set and its commercial appeal. There are now more than 1,500 NGINX Plus customers.

NGINX Plus R15 contains a number of enhancements which have a wide variety of uses, and which address load balancing, API gateway, and service mesh use cases:

To learn more, read this blog: Announcing NGINX Plus R15

NGINX Unit 1.0

On April 12 we will release NGINX Unit 1.0. NGINX Unit is our new, dynamic web and application server. It’s an open source initiative led by Igor Sysoev, the original author of NGINX Open Source. You can expect the same level of quality and performance from Unit that you get with NGINX.

With Unit, we aim to reduce complexity by consolidating multiple functions into a single, compact binary:

To learn more, read this blog: Announcing NGINX Unit 1.0

NGINX Controller R1

In Q2 we will release NGINX Controller. Our vision is for NGINX Controller to become a smart node within an organization’s infrastructure, absorbing information and carrying out policy decisions in real time, with little human intervention.

NGINX Controller UI
NGINX Controller provides a UI to centrally manage and monitor NGINX Plus

Our long‑term roadmap is for NGINX Controller to manage and monitor all of our products, including NGINX Unit and NGINX open source. At launch, NGINX Controller will provide centralized monitoring and management for NGINX Plus, with the following features:


Many of the customers we talk to have seen their infrastructure get more and more complex over the years, due to the need to support new initiatives alongside existing applications. They’ve deployed dozens of point solutions, with each new tool adding cost and overhead to their application architecture. These organizations need a new approach to their infrastructures, allowing them to steadily transform their legacy apps as they evolve to digital services based on cloud and microservices architectures.

We created the NGINX Application Platform to help our customers cut the cost of delivering legacy applications and reduce time-to-market for new microservices applications and monolith-to-microservices transitions. The NGINX Application Platform includes NGINX Plus for application delivery and load balancing, the NGINX WAF for security, and NGINX Unit to run application code, all monitored and managed by NGINX Controller. As a suite of complementary technologies, the NGINX Application Platform helps enterprises that are journeying to microservices develop and deliver ever‑improving applications.

With this latest round of new products and features, the NGINX Application Platform helps enterprises to further simplify application architectures. Stay tuned as we provide product‑specific deep dives in future blogs as each software product is released.

Retrieved by Nick Shadrin from nginx.com website.