IPv6 stems from IP addresses which are not unlimited. As the majority of the internet’s IPv4 addresses are being exhausted in combinations, IPv6 have grown popularity, allowing more users and devices to connect to the internet.
Since a majority of the population uses IPv4, IPv6 is largely ignored for those who use it on a daily basis. The online threats associated with any IP address are the same, irrespective of their type or protocol. IPv6 leak protection secures devices that are connected to the IPv6 protocol.
IPv6 addresses are 128-bit hexadecimal numbers. The IPv4 addresses we are all used to seeing are made up of four numerical octets that combine to form a 32-bit address. IPv6 addresses look nothing like IPv4 addresses. IPv6 addresses are 128 bits in length and are made up of hexadecimal characters.
In IPv4, each octet consists of a decimal number ranging from 0 to 255. These numbers are typically separated by periods. In IPv6, addresses are expressed as a series of eight 4-character hexadecimal numbers, which represent 16 bits each (for a total of 128 bits). As we’ll see in a minute, IPv6 addresses can sometimes be abbreviated in a way that allows them to be expressed with fewer characters.
IPv6 can run end-to-end encryption. While this technology was retrofitted into IPv4, it remains an optional extra that isn’t universally used. The encryption and integrity-checking used in current VPNs is a standard component in IPv6, available for all connections and supported by all compatible devices and systems. Widespread adoption of IPv6 will therefore make man-in-the-middle attacks significantly more difficult
IPv6 also supports more-secure name resolution. The Secure Neighbor Discovery (SEND) protocol is capable of enabling cryptographic confirmation that a host is who it claims to be at connection time. This renders Address Resolution Protocol (ARP) poisoning and other naming-based attacks more difficult. And while not a replacement for application- or service-layer verification, it still offers an improved level of trust in connections. With IPv4 it’s fairly easy for an attacker to redirect traffic between two legitimate hosts and manipulate the conversation or at least observe it. IPv6 makes this very hard.
To ensure complete online anonymity, LimeVPN offers IPv6 leak protection. The feature safeguards your online traffic from the eyes of your hackers, trackers, and any other spying entity. Most VPNs suffer from IPv6 leak issues that expose the actual online identity of the person using the VPN service to anyone.
IPv6 is a problem suffered by most VPN users across the world. This leak exposes your online identity and your web traffic to the world in general. IPv6 happens silently and leaves you exposed, while you feel safe when connected to your VPN service. Thankfully, LimeVPN helps you avoid this issue by ensuring complete IPv6 protection.
LimeVPN ensures your protection on the web by providing you with the best security features. These include preventing your IPv6 from leaking on the web. It ensures that your web traffic remains private and secure while you browse the web.
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