The primary use case involves load balancing, which can be integrated with various platforms such as FortiGate and FortiMail. Administrators choose FortiADC as a load-balancing platform due to its integration capabilities with end-user technologies. 

It supports the creation of virtual IPs and configuration of server nodes, applying algorithms like route roaming, which depends on the administrator's choice.

Mostly, I use FortiADC for web applications. For example, we have multiple trading websites where we need to load payments for many clients accessing from outside.

The tool offers Web Application Firewall to protect against threats such as what is outlined in the OWASP Top 10 and robust load-balancing functionality with in depth health monitoring of application availability.

Our company uses the solution for various clients.

For one customer, we use the solution for global load balancing, GSLB, and sending DNS requests to the primary DNS.

For another customer, we use the solution as the ADC for data centers to protect all websites and use Layer 7 to provide DDos protection and load balancing for web traffic. 

For a third customer, we use the solution as a GSLB but rented a data center rack to deploy as a virtual machine with all DNS requests going to the cloud and then to the customer. 

We are expanding our internal network with more virtual servers, and each needs to be defined on the Fortinet gateway. The FortiADC facilitates communication for servers meant for public access and supports load balancing. My main tasks involve defining new servers and importing SSL certificates.

I use Fortinet ADC solution for SSL offloading, certificate management, and load balancing.

We use Fortinet FortiADC for controlling applications by Microsoft and Google. We use the solution to block content that must be blocked and allow content that can be allowed.

We use Fortinet FortiADC for disaster recovery, server load balancing, and global level server load balancing.

The GSLB is on the internet.

I can do GSLB, global server load balancing, and disaster recovery for server load balancing with web features. We can use the FortiADC as a caching server for user experience, as well as a variety of other things. It is similar to half of the web. it is 80 percent of the web.

We use the product to manage load balancing and HTTP traffic. 

We use Fortinet FortiADC as a resource proxy and load balancer.

Our customers use Fortinet FortiADC for load balancing multiple applications on databases, web servers, etc.

We use FortiADC for link load balancing. FortiGate has this feature, but some customers aren't using Fortinet firewalls. In this case, the customer had three Internet links for downloading huge satellite images that are more than 70 GB. 

This company collects the images so their software can analyze which crops are at risk. They download the images between the hours of noon and midnight, and their customers access the website early in the morning around 7 a.m. They need to have the images downloaded and analyzed by the time their customers wake up, but the download server only allows 10 connections per IP address. We set up three links to achieve 30 connections to that IP server, and FortiADC balances the load between those links. 

We load segregated data from the web application firewalls and have an alternative load balancer for both our internal and external applications. There are some extensive rewrites that we need. This load is used across our geographically dispersed locations, and data centers, that are actually facilitating both regions.

It's used for load-balancing traffic and DNS traffic as well. We use FortiADC as the global traffic manager and DNS solution and also as a classic load application delivery controller.

We use it to load balance between applications.

We mainly use FortiADC for load balancing the application traffic for our customers. The aim is for the traffic to be equally balanced between servers, whether there are two, 10 or 20 servers. There are different load balancing algorithms that we have on the FortiADC and based on that we configure and we load balance the traffic. We have a static website, so we can use FortiWeb instead of the connection coming from the client each time. FortiADC gets the request from the cache Instead of it being sent to the server. If we have different ISP links, then we do our link load balancing using FortiADC. I'm a senior cyber security engineer and we are distributors of FortiADC.

We are an academic institution and our primary use of FortiADC is for student registrations. In the month that I have been using this solution, it seems to be working fine. It is a trial version and I am using it as a virtual appliance, rather than a physical one.

I use Fortinet FortiADC for load balancing for different data centers.

I am an IT integrator and we sell ADC, mainly Fortinet FortiADC.

In our last project, we used Fortinet FortiADC for load balancing some specific applications for telecom.

We use this product for application delivery control and global load balancing.

Mixed server environment with Apache Servers, IIS Servers and internal applications. Load balance all the servers through VIPs to equally distribute all the connections among the servers and SSL Offloading. We’ve used it to reduce our server farm, lowering cost, and effectively use all the servers at once.

We use FortiADC as a disaster recovery solution. We deploy FortiADC as a high-availability (HA) cluster at the datacenter, and as a standalone unit at the DRC.

The situation is a seminar session for about 250 users who need access to a BI server through their client in-house application. It's look like this:

Five Servers -> FortiADC -> FortiWLC-> Meru Wireless 

We use the solution for deploying applications on local servers. Most customers use it for local traffic management and use the benefits of a security profile.