Properly configuring your network to support security and optimize performance is important to a great user experience. While the cloud offers many advances in providing content. We are still relying on Internet Protocol (IP) address structure first deployed in the early 1980s. Because of unforeseen growth of the number of devices requiring an IP addresses the IP version 4 can not handle those needed and literally running out of IPv4 address space. There are techniques that help mitigate the IPv4 address space limitation and a new version was developed to take its place. In this week discussion research the technical methods to mitigate the IPv4 limitations a what IP version is taking the place of IPv4. Describe the options and status of the new system implementation and what is being done on internal networks to extend the life of the IPv4 numbering. Start a new thread and write about what you found and where you see this in your cloud networking. Make sure to cite your sources
Properly configuring your network to support security and optimize performance is important to a great user experience. While the cloud offers many advances in providing content. We are still relying on Internet Protocol (IP) address structure first deployed in the early 1980s. Because of unforeseen growth of the number of devices requiring an IP addresses the IP version 4 can not handle those needed and literally running out of IPv4 address space. There are techniques that help mitigate the IPv4 address space limitation and a new version was developed to take its place. In this week discussion research the technical methods to mitigate the IPv4 limitations a what IP version is taking the place of IPv4. Describe the options and status of the new system implementation and what is being done on internal networks to extend the life of the IPv4 numbering. Start a new thread and write about what you found and where you see this in your cloud networking. Make sure to cite your sources
There are currently two versions of the Internet Protocol (IP): IPv4 and IPv6. Both types enable online networking and data exchange, but the two versions identify devices differently and offer distinct features. So, which one is better, faster, and more secure?
This article offers a head-to-head comparison of IPv4 and IPv6, the two currently available IPs for routing traffic across the Internet. Read on to learn the main differences between the two protocols and see why switching to IPv6 is vital to the long-term health of the Internet.
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