The biggest benefit to SD-WAN is with VoIP. Any real-time data transfer where you cannot have any latency and packet delivery.

What VeloCloud provides is a solution that maintains data integrity. 

The biggest challenge for voice over IP telephone systems, are real-time and also video, and any kind of video conferencing. 

That type of thing, if there are any latencies, you're going to get trashy voice calls and also a lot of intermittent ghosting on conference calls. That's where VeloCloud comes in. They provide a resilient connectivity points system. 

Your connectivity is pretty much preserved.

Our main use cases have been for customers who have been traditionally using MPLS lines and are now moving into a lot more SaaS-based applications to transform the WAN infrastructure. A lot of our customers have end-of-life, end-of-support devices on the WAN and they are always looking for doing RFPs on cutting edge technology. Some of them happen to use a lot of VMware and Cisco portfolios in their data centers and they are constantly trying to see what solution fits best for them.

The use case is mainly just communication between the branch offices or the branches. That's pretty much it, the communication between the branches.

Also, currently, we're doing what we call a PCI segmentation as well. 

I work for a supply chain and we have a site where we want to offload the internet traffic and get to the application, etc. Some of the cloud applications go out directly and automatically through the SD-WAN device to the internet, so it is local and does not go to the MPLS. We can load balance those applications.

We use VMware SD-WAN primarily to connect branch offices to our data center and to connect users to the application. Users could be in any place, working from home, in remote locations, and branch offices. Applications can be anywhere in the cloud in IaaS, in the platform as a service, on-premise, and at private data centers. The deployment process of SD-WAN is to connect securely so users with the application can perform well.

The primary use cases of this solution are global WAN refreshment, Campus-to-Campus connectivity, and because my client is a global customer, they want zero-touch provisioning.

a customer seeking to deploy an SD-WAN environment via 2 alternate stable methods either in a virtual environment or a physical device depending upon their site-specific requirements.

Our only use cases are large multinational enterprise customers, as well as very large service providers. The solutions get deployed to the public cloud or to the private cloud depending on the user's requirements.

We use VMware SD-WAN on the cloud and we use our own cloud.

The solution is used by our customers for putting their IT infrastructure in the Cloud and bridge to connect for retail. We have a very big string of customers moving their workplaces into the Cloud. This calls for a new topology and this is where VMware SD-WAN is the best fit.

We use it for connecting multiple sites through the internet.

Typically, our clients are medium-sized businesses.

VMware SD-WAN can be deployed on the cloud and on-premise. We use Microsoft and AWS as our cloud services.

The primary use case of this solution is manageability. Everything is controlled from a central aspect of the orchestrator.

VMware SD-WAN is a layer 7 firewall.

I use VeloCloud for software for reports SD-WAN solutions and WAN connectivity.

We use this solution to increase our network bandwidth between sites in our company. For example, there are two internet lines and one NPOS network in Taipei and one SD-WAN solution in Poland. The VCE connects these lines and networks to our LAN switch which increases our bandwidth.

We use VMware SD-WAN for network security.

We use this solution to virtualize the data centers. If you don't want to have a lot of servers in your data center, you can virtualize it with VMware. 

The networking virtualization can be done with NSX.

Every switch and every firewall can be virtualized. 

My company works with a wide range of SD-WAN services to bring such solutions to clients.

The use cases depend, as they vary from client to client. One of them is application prioritization, and cost always comes into play when replacing a traditional MPLS network.

I have deployed this solution, but just for a proof of concept. This solution is cloud-based. 

We primarily use VMware SD-WAN for connectivity.