What Is Internet Protocol Version 6 (IPv6)?

Consider the internet a large metropolis and each connected gadget a dwelling. Each device on the internet requires a unique IP address to connect with other devices, just like each house in a city needs an individual lesson so the mailman knows where to bring your letters. Now, everyone, here is where Internet Protocol version 6 comes in! You have to understand that in the good old days, we used IPv4 addresses, analogous to four-digit zip numbers. However, as more and more devices began connecting to the internet, we began to run out of distinct four-digit zip codes. The brilliant minds behind the internet ultimately devised a solution, and it's called IPv6 addresses. IPv6 addresses, comparable to 6-digit zip codes, are significantly longer than IPv4 addresses. This implies we'll always have unique IP addresses, which is terrific news for techies who want to link all their equipment to the internet. IPv6 addresses are distinct from their predecessors, the IPv4 lessons. They use different protocols to transport data over the internet and are written differently. However, you don't need to worry about it because they still perform the same function as IPv4 addresses; however, they do this function in a manner that is both more effective and up to date. IPv6's ability to provide "autoconfiguration" is one of its most significant advantages. This means that devices connected to the internet can autonomously configure their IPv6 addresses without requiring human interaction. Machines can connect to the internet and begin speaking with one another more quickly and efficiently. "Multicast" communication is supported by IPv6, another handy function of the new version of the Internet Protocol (IPv6). This implies that a single device may communicate data to several other devices simultaneously without sending separate copies to each device. This works exceptionally well in video conferencing, where one person wishes to share their screen with many others.