Why won't NordVPN connect to obfuscated servers?

Why is NordVPN blocking my internet connection?

I have a new Windows 10 machine with 3 active internet connections.

I have a wireless router with my home network connected to a satellite and a wireless router at the office. I have a VPN service from NordVPN. There is a VPN server at the office connected to the office wireless router. I was able to connect to my home VPN server when I had a Windows 7 machine. However, the same problem arises now with my new machine. After connecting to the VPN server from my home, I can't connect to the internet at the office. It keeps saying it's connecting but then I get a message saying "Could not connect to the server". I did some research and found that I need to clear the cache and cookies in my web browser. I removed them and it still does not work. I have the NordVPN service because I need the server to connect to other servers in France. I do not want to buy a router and all the extra hardware to set up a VPN server. I was able to get a trial for the NordVPN service and it seemed to work well. Is there a way I can connect the home network and office network through the VPN server? I don't want to have to keep changing the IP address or change it on my computers to keep the connection active.

Is there a way to fix this issue? I would really like to connect to both networks through the VPN. Re: ? What is the IP address of the office VPN server? Can you log into the VPN server from your home computer? Can you log into the VPN server from your office computer? Do you have any firewall or antivirus software on either computer? How many hours a day do you use the VPN server from your office? Do you use any bandwidth limiters on your home and office internet connections? It appears you are connecting to the office VPN server over a public IP address. How many public IP addresses are allowed for use by your company? I know there are certain restrictions on how many private IP addresses can be used for a company. How many public IP addresses are you allowed to use for your company?

It is possible that you have exceeded the number of IP addresses allowed for use by your company. Does the company you work for allow an unlimited number of IP addresses to be used by employees?

What is the difference between NordVPN obfuscated and double VPN?

In this article we will answer this question, and help you to buy a VPN subscription and secure your Internet connection.

This article is going to be long as it will cover many aspects of using VPN services and will show you the difference between NordVPN's obfuscated VPN and double VPN. First of all, NordVPN offers a double VPN and an obfuscated VPN. Obfuscated VPN means that your data are send through a VPN server in Sweden without you knowing exactly where it is sent. So when the VPN logs are seen by the Swedish authorities your VPN activity is obscured and you get the IP address Sweden, like it's really sent from Sweden. In double VPN NordVPN will create 2 IP addresses for you, from different servers, which also makes the activity of your VPN logged on the servers.

So, now that you know what both options are, let's see how to choose the one that suits you best. NordVPN Obfuscated VPN. If you need to stay anonymous or avoid being track you should use the obfuscated VPN. It is much more difficult for the government to trace VPN clients with an obfuscated VPN. When your traffic pass trough a VPN server in Sweden the Swedish authorities knows that the traffic has passed through the VPN, but they don't know where. If this happens, there is no chance that the Swedish Police could find you because they have to prove you visited a site with a website IP-address that has nothing to do with you. They will find another IP-address that you visit and link that to you.

This way, you will only get a Swedish IP-address which might not lead the authorities to identify you. NordVPN doubled VPN. Now, if you need to evade censorship on the Internet or want to bypass Internet Censorship you will need to use a VPN that works in combination with a tunnel service. You can use this when you need extra security for logging into your email on multiple websites, or maybe use it on all your devices just for extra security. The doubled VPN offers VPN encryption in several countries simultaneously. For example, you use a VPN in Sweden to bypass censorship in France and Germany simultaneously.

Should I use obfuscated servers on NordVPN?

I'm planning to use NordVPN as a VPN.

But I need to be more careful of the safety and privacy of the data that I send to the servers. So should I go with obfuscated servers or not? I've heard that obfuscation will make the data sent to the server more difficult for the attacker to understand, but at the same time it's hard to figure out how to do it.

3 Answers.
Obfuscation is a technique that, for a given input, gives you a different output that looks random but is still actually in the language of interest. For example, if you are encrypting a plaintext message to send through the network, you might use a simple cipher like AES (which itself has a bunch of variations). But you would have to give the key to an attacker in order to decrypt the data. So instead, you could use some form of obfuscation to obscure the data.

In the case of a VPN, we can use a similar idea. Say, for example, that we want to send a plaintext packet containing your IP address. An attacker might try to figure out that this packet contains your IP address by looking at the IP header, or by looking at other fields that happen to have the same values. In this case, you can obfuscate your IP packet by replacing the actual address with some sort of random-looking number. This has the benefit that you can't be 100% sure of what the attacker sees, but at the same time it's harder for the attacker to work out your actual IP address.

The same thing applies in the case of the DNS requests that you make. Suppose that you want to request a web page. If an attacker intercepts this request, they can see that you are requesting a certain URL, and so they can work out what site you're visiting. This is particularly easy if the web server is directly serving the page. But if the page is being served from a third-party server, then the attacker will not know exactly what website you're visiting.

A technique called "stealth DNS" makes this harder. Instead of sending a DNS request, you first use your DNS resolver to perform a query to a "stealth server", which returns a random string rather than the requested IP address. Then you take this random string, along with your original DNS request, and send it to the real DNS server.