When you connect to a VPN, your IP address changes. This isn’t exactly a secret – connecting to a VPN means you’re allowing outside servers to see your computer. So, what happens to your IP address when you use a VPN? Let’s find out.
Your IP Address Doesn’t Change When You Use a VPN
When you connect to a VPN, your computer first has to query the VPN server to determine your IP address. Your IP address is a unique string of numbers that identifies your computer to other devices on the network. When you use a VPN, your computer will ask the VPN server for the IP address of the server you’re connected to. The server will reply with one of its own and that’s what your computer will use. It has nothing to do with your actual IP address, which will not change.
This also means that the IP address your computer uses to log in to your WiFi can’t be used by anyone else to access that WiFi. When you’re on a public WiFi network, anyone could potentially access your data if they know your IP address. By connecting to a VPN, you’re protecting all your internet activity and maintaining your anonymity whenever you use public WiFi.
It’s also worth noting that your IP address isn’t completely private. Your ISP (Internet Service Provider) knows the IP address of every device on your account. So, while connecting to a VPN won’t cause your actual IP address to be revealed, it will allow outside entities to pinpoint your computer’s IP address with relative ease. This could potentially lead to issues with your ISP if they choose to expose your IP address. To prevent this from happening, make sure you don’t use the same login details for multiple devices and always connect to a VPN on a new device or computer after you use it for a while. Keeping your VPN connection alive is also an easy way to ensure your anonymity when using public WiFi.
The Benefits Of Using A VPN
Let’s take a quick survey. Think of all the advantages of using a VPN.
Cybersecurity is one of the major concerns for everyone these days. Allowing outside entities to have full access to your computer without proper security measures is a sure way to get infected with malware and spyware. When you use a VPN, you’re encrypting all the data being sent over the internet. This makes it harder for eavesdroppers to intercept and read your emails, browse your web history, or steal your personal data. Plus, many VPNs come with security certificates that allow you to securely login to sites, even if you haven’t set up a VPN for those sites.
Anonymity is another excellent advantage of connecting to a VPN. When you use a VPN, your IP address changes and your real-world identity remains concealed. This means that you can log in to websites and conduct business without having to worry about being exposed. With the right VPN software, you can also maintain multiple identities and connect to different VPNs depending on where you are and which service you need at the time. Plus, you can connect to servers in different locations to ensure you’re getting the best possible speed for your location.
Freedom is another term often used when discussing VPNs. As we’ve established, IP addresses are public and identifying information, so connecting to a VPN allows you to explore the web and conduct business freely without needing to worry about being identified. Additionally, many providers offer dedicated IP addresses which can be linked to specific email accounts that can be used to send and receive encrypted messages. This makes connecting to a VPN even more convenient since you don’t have to worry about changing IP addresses when you log in.
One of the major concerns with public WiFi is its inherent insecurity. When you’re on a public WiFi network, there’s always the possibility that your device could be hacked and that your personal data could be exposed. To prevent this from happening, make sure you never enter any personal information on a public WiFi network and change your login details as soon as you connect to a new WiFi spot. This way, no one can access your personal data and you can keep your anonymity intact. If you’d like to read more, here’s a great place to start: