Perhaps some people still remember what the Internet was like more than 20 years ago. Also, the use of App A will restrict the traffic of App C, D, E, etc., to pass through Country A in order to access the Internet, which as a consequence will impact the QoS (bandwidth, delay) of App C, D, E, etc. If you have an application, let's call it App A, that requires to be connected to Country A’s VPN server to work properly, and, at the same time, you have another App B that requires connection to Country B’s server in order to function properly, then these two apps will not work simultaneously, and you will have to give up using App B while using App A. Each client will use only one tunnel to connect to the server.Įach client can only establish one tunnel with one server, and all traffic will go through this tunnel. Recently, the cybersecurity firm Comparitech reported that the user information database of UFO VPN, which used to boast about its no user log data recording policy, was actually recording, and leaking user data, including sensitive information such as usernames and passwords, on a daily basis)ģ. (“No recording of user logs” is the most persuasive marketing claim of many VPN providers, but for most VPN services there is a huge gap between what they claim and what they really offer. VPN service providers can easily collect and sell users’ data. The server has a completely centralized deployment.Īny VPN service provider usually has dozens or hundreds of servers, but the access to these servers is firmly controlled by the vendor. The client is owned by the user and the server is owned by the service provider.Ģ. The client and the server are independent. In the world of VPN, it is possible to summarize the attributes of these three terms to understand how a VPN actually works:ġ. In this brief description, we have already introduced three terms: client, server, and tunnel. All traffic on the device passes through this tunnel to the VPN server, then uses the server’s IP to access the Internet. This connection is often called a tunnel. In the following article, we will first introduce the working principle of both VPN and DPN in order to compare their advantages and disadvantages, and show you the reasonable way to use our DPN.Īs shown in Figure 1, a VPN connects your device (also known as the client) with a remote VPN server. Therefore, we highly encourage every user interested in buying our DPN products to carefully read the following instructions to have an informed opinion and decide accordingly about whether or not to purchase a DPN device. Yet in some special application scenarios, a VPN could be a better choice. Given the fact that DPN and VPN technologies are very different, many users still try to understand our device functionality in terms of their VPN thinking, this leads to many misconceptions about the performance of a DPN.īefore explaining how a DPN works, it would be good to clarify the following statement: A DPN can perform better than a VPN in most scenarios, but the opposite is not necessarily true, as many of the DPN functions are not achievable by a VPN.
#Deeper network dpn software#
Why does some performance testing software report show that my Bandwidth speed has dropped significantly?
Why does my IP address still appear as my original IP address when I go to an IP testing site such as ?Ģ.
Users who have purchased a Deeper Connect with a DPN function may have the following questions when using it.ġ.
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