#Viscosity vpn lose dns windows 10#
#Viscosity vpn lose dns windows#

there is packet loss.Р В РІР‚СњР В РІР‚С›t this point I decided to test my work VPN on my iPhone & Apple Mac. However once I go to ping (non-work) related addresses like, etc. Ping Test + Work VPN: Verified I can successfully ping (work) websites and even the work VPN URL successfully without any packet loss.However once the work VPN is connected, the home WiFi network indicates (No Internet Access)

#Viscosity vpn lose dns windows#

Home WiFi + Work VPN: Verified Windows machine can connect to home WiFi.

Home WiFi: Verified Windows machine can connect to the home wifi network and successfully browse the internet (No VPN involved).

Cellular Data + Work VPN: Verified the Windows machine can connect to the hotspot & successfully connect to work VPN and successfully browse the internet.

Cellular Data: Verified the Windows machine can connect to a hotspot and successfully browse the internet.

#Viscosity vpn lose dns windows 10#

Issue: Once connected to the work VPN (successfully) the internet connection on the Windows 10 machine disconnects and does not allow any network traffic. Below is a list of isolation / troubleshooting i've done. My companies IT department is still trying to figure out the root cause. Traffic passing through this port cannot be blocked and often resolves your throttled connections.This particular issue has been going on for almost a month now. With this feature enabled, your VPN tunnel is instead established via a TCP protocol on port 443. In these situations, the feature: TCP443 can be used advantageously.

However, there is a problem - namely that traffic via this protocol and these ports can be blocked or prioritized by, for example, public networks, firewalls, websites and Internet providers. As a rule, UDP protocols provide you with the fastest Internet connection when connecting to a VPN tunnel.

What is TCP443? - Our regular VPN connections are run via UDP protocols at port 1194 or 1195.

With DNScrypt, your DNS lookups are authenticated, which ensures that they have not been intercepted and corrupted to run through an unknown DNS server.

What is DNScrypt? - For additional security during your DNS lookups, the client also has support for DNScrypt.

The switch to our DNS servers is done automatically and the client switches back to your regular DNS servers as soon as you disconnect from the VPN tunnel. The client's functionality prevents this by using OVPN's dedicated DNS servers while you are connected to our servers. Thus, despite being encrypted and protected behind a VPN provider's IP address, your anonymity can still be exposed if you still use the ISP's DNS servers. Most people use their ISP's DNS server, which basically means that they can see all the websites you visit through the DNS lookups you make through their DNS server.

Namely, the DNS server 'looks up' the domain name you enter into the browser and returns the IP address behind the website in question so that your computer knows where to find it.

Prevent DNS leaks? - To explain it simply, you can say that the DNS server acts as an address book when you browse.

When this happens, the client notifies you that the kill switch is turned on and the client then tries to reconnect to the VPN tunnel. If you unexpectedly lose the connection and get your real IP address, the firewall rule will block your Internet connection as your traffic no longer goes through our IP address. When you connect to the VPN tunnel, you are assigned one of our IP addresses and the firewall rule tells your operating system to only allow outbound and incoming internet traffic as long as it is done through our particular IP address. The client's killswitch function prevents all such exposure from occurring by setting up temporary firewall rules on your operating system when you connect to the VPN tunnel. This often happen without you noticing it. When such a thing happens without you knowing it, you will expose your traffic until the malfunction is over, or until you reconnect to the VPN service. As an example, this can happen due to a short interruption in your ISP, when the VPN service's servers are updated, or due to an unplanned operational interruption.

Killswitch prevents exposure to Internet traffic - No matter which VPN service you use and however stable the service's VPN servers are, there is always a risk that you lose connection to the service.