Best Application Delivery Controllers (ADC)

Compare the Top Application Delivery Controllers (ADC) as of June 2025

What are Application Delivery Controllers (ADC)?

Application Delivery Controllers (ADCs) are software solutions designed to optimize the performance, security, and availability of applications delivered over the internet. They manage traffic between users and applications by distributing it across multiple servers, ensuring load balancing and preventing overloads. ADCs also provide security features like SSL offloading, DDoS protection, and web application firewalls to safeguard applications from attacks. By improving application response times and ensuring high availability, ADCs enhance user experience and help maintain service continuity. They are commonly used in data centers and cloud environments to ensure efficient and secure application delivery. Compare and read user reviews of the best Application Delivery Controllers (ADC) currently available using the table below. This list is updated regularly.

  • 1
    VMware Avi Load Balancer
    Simplify application delivery with software-defined load balancers, web application firewall, and container ingress services for any application in any data center and cloud. Simplify administration with centralized policies and operational consistency across on-premises data centers, and hybrid and public clouds, including VMware Cloud (VMC on AWS, OCVS, AVS, GCVE), AWS, Azure, Google, and Oracle Cloud. Free infrastructure teams from manual tasks and enable DevOps teams with self-service. Application delivery automation toolkits include Python SDK, RESTful APIs, Ansible and Terraform integrations. Gain unprecedented insights, including network, end users and security, with real-time application performance monitoring, closed-loop analytics and deep machine learning.
  • 2
    NGINX
    NGINX Open Source: The open source web server that powers more than 400 million websites. NGINX Plus is a software load balancer, web server, and content cache built on top of open source NGINX. Use NGINX Plus instead of your hardware load balancer and get the freedom to innovate without being constrained by infrastructure. Save more than 80% compared to hardware ADCs, without sacrificing performance or functionality. Deploy anywhere: public cloud, private cloud, bare metal, virtual machines, and containers. Save time by performing common tasks through the built‑in NGINX Plus API. From NetOps to DevOps, modern app teams need a self‑service, API‑driven platform that integrates easily into CI/CD workflows to accelerate app deployment – whether your app has a hybrid or microservices architecture – and makes app lifecycle management easier.
  • 3
    NGINX Unit
    An universal web app server that combines several layers of the typical application stack into a single component. NGINX Unit simplifies the application stack for web apps and APIs by combining several layers of the typical stack into a single component. NGINX Unit is a universal web app server, intended as a building block for any web architecture regardless of its complexity, from enterprise-scale deployments to your pet's home page. It is equally suited to simplifying modern microservices environments as it is to modernizing legacy and monolithic applications. NGINX Unit was created by the original NGINX team on an all-new, open-source codebase. The architecture incorporates insights from over a decade of running the world’s most popular web server. Unlike the NGINX web server, NGINX Unit uses a multi-process, multi-threaded architecture. The NGINX web server is often deployed as a reverse proxy in front of web applications. NGINX Unit can run the application code natively.
  • 4
    CloudStorm

    CloudStorm

    Keysight Technologies

    Massive concerns around security are driving an increased use of encryption. An all-encrypted world is not far away. At the same time, the scale of traffic continues to grow at an exponential rate and the industry is moving to new cloud-based architectures. Users of services and applications, however, continue to expect their experience to be at or above the current level. To keep pace, network equipment manufacturers race to build higher-scale, more capable network security and application delivery solutions. In turn, the world’s largest cloud data center operators struggle to find the right balance between performance and security in today’s hyper-scale, dynamic world. The uncertainty that comes with this change is best mitigated through cloud-scale validation.
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