Once upon a time, anyone could get a static Internet Protocol (IP) Class C /24 address. That meant you got 256 addresses, well actually since .0 and .255 are set aside, and one address was assigned to ...

The Internet is running out of IPv4 addresses; there’s no argument about that. But what is up for debate is whether ISPs will migrate directly to IPv6 to solve this problem, or whether they will ...

I'm looking for more information about having IPv4-only devices (embedded, legacy, etc) on a network that is otherwise IPv6-only, with IPv6-only Internet access. It's academic at this point, but I can ...

The world is quickly running out of IP addresses. Don't panic, UBIT is on the case. Every Internet-connected device acquires a unique number known as an IP address in order to connect to the global ...

At worst, many in that same community have turned a blind eye to those advantages. Instead, they have chosen to concentrate on the installed IPv4 infrastructure and extend its capabilities using ...

Most anyone that considers IPv6 implementation and proposes implementation solutions looks at it in terms of IPv4/IPv6 coexistence. When the IPv6-capable devices in a network are dual stacked, ...

If your IPv6 strategy is to delay implementation as long as you can, you still must address IPv6 security concerns right now. If you plan to deploy IPv6 in a dual-stack configuration with IPv4, you’re ...

The Internet engineering community says its biggest mistake in developing IPv6 – a long-anticipated upgrade to the Internet’s main communications protocol – is that it lacks backwards compatibility ...