The next step was opening the VPNTEST.pro page to start the test. As shown in the screenshot, the IP and location detected by the testing tool corresponded to Sweden — matching the location set by the VPN. At this point, we had to choose one of the buttons to proceed with the test. The first button means that our real location is Sweden, which would indicate an IP leak. The second button means that our real location is not Sweden, which would indicate no IP leak. Since our actual location was different, we selected the second button.

As mentioned earlier, since our real location was different from the detected location, we selected the second option.

The next step is the DNS leak test. In this phase, 20 tests are performed on the VPN's DNS, and 20 IP addresses and their corresponding locations are collected. If all of these detected locations match the one identified in the previous step, the DNS test is considered passed, meaning there is no DNS leak. However, if even one of the locations differs, the tool presents the full list of detected DNS locations to the user and asks whether their real location is included in the list. As you can see, the tool asked us this question, and our answer was No.

If the answer is No, the test is considered passed, meaning there is no DNS leak. However, answering Yes indicates a DNS leak.

In this stage, the WebRTC protocol is tested. If the protocol is active and displays an IP address and location different from the initial VPN-assigned location, it is highly likely that a WebRTC leak is present.

Fast VPN Super successfully passed all three test stages. As explained in each step, since the VPN was able to hide our real IP and location, no leaks were detected. Overall, Fast VPN Super was identified as a secure VPN.