How to Migrate from NetScaler ADC to HAProxy
Four Simple Steps to Switch to the Top-Rated Load Balancer
Migrating successfully from NetScaler ADC appliances to HAProxy Enterprise is quick and simple. HAProxy Enterprise offers unmatched performance and low latency, flexible deployment options, low-cost scalability, and advanced multi-layered security.
With HAProxy Enterprise, you can expect:
Worry-free security updates and a sophisticated, multi-layered defense
Affordable scalability with no performance-capped ADCs
HAProxy Enterprise instances deployable in nearly any environment
Powerful performance for heavy traffic volumes
You can make the move to HAProxy Enterprise in four simple steps. Our quick guide shows how easy it is to migrate.
Reasons to migrate from NetScaler ADC to HAProxy
security
Updating HAProxy Enterprise instances is both painless and seamless.
Forget about spending months on critical updates and navigating hardware EOL challenges.
scalability
Say goodbye to the pain of integrating hundreds of performance-capped ADCs with your own management layer.
deployment
We built HAProxy from the ground up to fit almost any tech stack or environment.
You can deploy HAProxy Enterprise instances nearly anywhere.
performance
HAProxy is the world’s fastest and most widely used software load balancer. With HAProxy, users can forward over 2 million HTTP requests per second on a single ARM-based AWS Graviton2 Instance.
≤15ms that remains incredibly stable over time and under increased load.
HAProxy Enterprise helps DoubleVerify process over 5 billion daily requests and counting.
Want to learn more?
Our on-demand webinar explains how to successfully migrate to HAProxy, a powerful alternative backed by category leadership in G2 reviews and reports.
The on-demand webinar covers:
An introduction to HAProxy and the reasons to migrate from NetScaler ADC.
How HAProxy helps customers through the migration process.
How to convert NetScaler configuration to HAProxy.
How HAProxy scales out without performance or affordability constraints.
