We are incredibly thankful for the data provided in this survey. Your contributions are appreciated in improving the quality of our services. Thank you for your time and effort to assist us in our continuous improvement. We apologise for any inconvenience you may have faced. We assure you that we are working hard to quickly solve the problem. Comprehending the basic elements of the Internet, such as IP addresses, is crucial. An IP address is a unique numerical identifier given to every device on a network. This identifier plays an important role in the exchange of information across devices, enabling the tracking of data transmission and reception.

IP addresses can be divided into two primary types: private and public. Private IP addresses are assigned to devices within a closed network, making them visible only within that particular network and concealed from the external internet. On the opposite, public IP addresses are globally visible and can be accessed by any user across the internet. Digging deeper, there are several subtypes of IP addresses. The most widely used is IP Version 4 (IPv4), which presents a sequence of four numeric blocks separated by periods, like 192.168.1.10. With the burgeoning number of internet-connected devices, IP Version 6 (IPv6) was developed as an addition to IPv4. IPv6 addresses are longer, comprising eight groups of four hexadecimal digits, an example being ab12:0102:cf04:3456:9bcd:ef98:7654, allowing for a vast increase in the number of devices that can be simultaneously connected. Dynamic IP addresses represent another important type of private IP address. These addresses are not fixed and vary each time a device logs into a network, assisting in efficiently managing limited IP address resources. This contrasts with static IP addresses, which remain stable over time. In addition, the phnomenon of loopback IP addresses exists for network troubleshooting purposes. These special addresses are utilised to check the network interface on a device but do not facilitate external internet or inter-network connectivity.

Investigating how a VPN changes your displayed location is important if you're interested in the wider capabilities of a Virtual Private Network (VPN). In fact, a VPN changes how your location is viewed online, effectively disguising your true geographical location. This function offers several advantages, access to location-specific content and improved privacy and securityamong them. In fact, a VPN routes your internet traffic through a safe, encrypted tunnel, hiding your real IP address. It changes it into the IP address of the VPN server located in a different country. The result is that it appears as though your digital activities occur in this other location. For instance, if you stay in the United States and connect to a VPN server located in the UK, your online location will look like one in the UK as well. So, you could watch region-specific content accessible only in the UK, such as programs on BBC iPlayer. On the other hand, if you connect from the UK to a server in the US, you obtain an opportunity to gain access to content exclusively available in the US, like certain Netflix shows that are impossible to watch in the UK.