So as I mentioned before.
The IPV for address is a 32 bit number.
Which allows us to address maximum of two to the power of 32 devices in theory.
That means there are fewer than four point three billion addresses available.
See where I'm going with this?
It's a problem because there are many, many, many, many, many, many more than four billion Internet
connected devices in the world, desktop and laptop computers, smartphones, smart TVs, smart cars,
even smart fridges, smart ovens.
You know, the Internet of Things.
It's the future, baby.
This is led to a shortage of IPV for addresses.
So my friend and fellow genius, what is the solution to the problem?
I think the long term solution is to switch to Internet Protocol Version six, IPV six, IPv6 has trillions
of trillions of addresses, enough to give every computer in the world a unique IP address.
We'll get into that detail very soon.
But the most important effort to migrate the IPV for shortage is using network address translation not
which allows a private network to use one public IP address and that permit lots of private addresses
in the private network.
But wait a second.
Wait, wait, wait.
Private network nat'l.
What are you talking about now?
I thought you wanted to go to IPV six.
Let me explain.