NetScaler

Application Delivery and Security Platform

NetScaler Overview

One platform for a consistent application delivery and security experience

Because nobody has time to learn multiple systems to manage ADC deployments NetScaler is built with a single code base using a software-based architecture, so no matter which ADC form factor you choose — hardware, virtual machine, bare metal, or container — the behavior will be the same.

One Platform for hybrid cloud application delivery
and security

NetScaler How it works

The flexible all-in-one platform for application delivery and security

01

NetScaler automates application delivery at scale by using an infrastructure-as-code approach to deploying your ADCs

02

A common code base for all form factors and a single management plane make it easy to consistently manage your ADCs across hybrid and multi-cloud environments

03

A one-pass architecture — available only from NetScaler — processes security and other ADC functions in a single pass to reduce latency for super-fast application performanc

NetScaler Features

Seamless and secure application delivery with NetScaler as a service

NetScaler builds features designed to fill the gap between what other ADC vendors offer
and what you need for fast and secure application delivery.

High-performance application delivery

Problem
The internet is a blind spot for application delivery over which you have no control. The result is poor application response time that can negatively impact application end-user experience resulting in the loss of workforce productivity, customer loyalty, brand reputation, and revenue.
Game changer
NetScaler Intelligent Traffic Management uses real-time and historical telemetry to give you visibility into the state of the internet. Now you can bypass internet bottlenecks and direct traffic to locations with the lowest latency and fewest active connections to ensure an optimal application end-user experience.
Problem
ADC configuration can be time consuming and error prone when done manually, especially by DevOps teams and others without networking expertise.
Game changer
Intent-based application delivery from NetScaler automates the lifecycle management of ADCs based on policies you define. This declarative approach requires no programming expertise. You simply define the ideal state, and then NetScaler does the rest — such as automatically selecting the best hosting location for your applications based on individual user requests.

Comprehensive application and API security

Problem
While attackers are becoming more sophisticated in their attack methods, many are successful at compromising your applications by using tried-and-true methods like DDoS attacks.
Game changer
To stop DNS-based DDoS attacks, NetScaler Intelligent Traffic Management provides scalable DNS resolution at the edge rather than the data center for faster responses to user DNS queries up to 1 million requests per second.
Problem
IT teams are integrating security inspections into their ADCs to protect applications from attack, but layers of security introduce long delays, which can degrade application performance.
Game changer
NetScaler uses a one-pass architecture for traffic processing that enables it to perform many functions simultaneously, reducing latency and improving performance. This applies in particular to WAF inspection, where the latency of each request can be reduced significantly.

End-to-end observability

Problem
Troubleshooting the source of application performance issues like downtime and slowness can be extremely challenging and time consuming.
Game changer
NetScaler uses hundreds of network traffic data points — more than any competing solution — to pinpoint performance and security issues. By turning these insights into policy-based actions, you can eliminate performance and security blind spots.

NetScaler Integrations

Works with the tools you know and prefer

NetScaler integrates with the major public clouds, Kubernetes platforms,
and container orchestrators, and the most popular infrastructure-as-code and observability tools.

Public clouds

aws
google cloud

Kubernetes platforms and
container orchestrators

Infrastructure-
as-code tools

Third-party
observability tools