Earlier quoted context omitted.
IPV6 solves this, plus even without you don't need anything close to this amount of IPs to do what you're describing. It's a fairly niche case to need that many public IPs and it seems a little crazy to hold that many just in case some researcher might want to use them. Even your comment about streaming, seems like mainly nostalgia vs reality as you kind of admit. Any modern streaming infrastructure works from behind…
I've tried to run IPv6 on my Comcast connection. Unsurprisingly, Comcast doesn't get the point of IPv6. They allocate one single IPv6 address to my router. That's right, ONE. LOUSY. ADDRESS. This seems to be a "feature" of owning your own modem rather than renting one of theirs. I hesitate to even try to get this fixed via their tech support. I guess if I want IPv6 connectivity, I'm either going to have to get a tunn…
MIT no longer owns 18.0.0.0/8
41–50 of 146 posts
Re: MIT no longer owns 18.0.0.0/8
#42Earlier quoted context omitted.
IPV6 solves this, plus even without you don't need anything close to this amount of IPs to do what you're describing. It's a fairly niche case to need that many public IPs and it seems a little crazy to hold that many just in case some researcher might want to use them. Even your comment about streaming, seems like mainly nostalgia vs reality as you kind of admit. Any modern streaming infrastructure works from behind…
I've tried to run IPv6 on my Comcast connection. Unsurprisingly, Comcast doesn't get the point of IPv6. They allocate one single IPv6 address to my router. That's right, ONE. LOUSY. ADDRESS. This seems to be a "feature" of owning your own modem rather than renting one of theirs. I hesitate to even try to get this fixed via their tech support. I guess if I want IPv6 connectivity, I'm either going to have to get a tunn…
Re: MIT no longer owns 18.0.0.0/8
#43Letter to MIT community: https://gist.github.com/simonster/e22e50cd52b7dffcf5a4db2b8e... tl;dr MIT is selling off half of 18.0.0.0/8 (8 million IPs)
Re: MIT no longer owns 18.0.0.0/8
#44Letter to MIT community: https://gist.github.com/simonster/e22e50cd52b7dffcf5a4db2b8e... tl;dr MIT is selling off half of 18.0.0.0/8 (8 million IPs)
I guess that's good for them, but it's still a dick behavior.
Re: MIT no longer owns 18.0.0.0/8
#45Earlier quoted context omitted.
No friend of mine is on ipv6. No mobile phone I've seen supports ipv6. Having an ipv6 prefix is useless to me (as someone that is behind the abomination called CGNAT / 'Dual Stack Lite').
> No mobile phone I've seen supports ipv6. T-Mobile LTE has been exclusively IPv6 on most phones for some time now. I'm pretty sure other mobile providers have done the same or are in the process of doing so. All my Android devices have supported IPv6 as long as I've had it running on my network. I don't have an iOS device but since T-Mobile sells them I assume they work with IPv6.
Re: MIT no longer owns 18.0.0.0/8
#46Re: MIT no longer owns 18.0.0.0/8
#47My how things change. At one point in the late 90s, I had an entire MIT Class C subnet at my house. Now, I've got 5 static IPs from Verizon FiOS on some ancient grandfathered plan. Years ago, they "changed" the addresses, prompting me to ask, "what part of 'static' is not clear?"
Just curious, was it a breach of contract or did they have one of those lovely small printed clauses no one ever reads :)
Re: MIT no longer owns 18.0.0.0/8
#48That's too bad. I think universities should make these resources that they've been granted available to students and researchers. Last time I was at the MIT media lab for a conference, I was able to get an unfirewalled external ip address from their wireless network. It was amazing. I briefly streamed live audio of a talk via shoutcast, but of course, nobody uses that stuff anymore. It really makes you ponder what a…
Re: MIT no longer owns 18.0.0.0/8
#49For the uninitiated, can someone give a brief explanation of what that means?
Computers on the internet are pointed to by special numbers. Usually the special numbers look like 4 numbers with '.' like 123.45.67.89 Each of those 4 numbers can be between 0 and 255 so (to be more simple) the lowest special number would be 0.0.0.0 and the highest would be 255.255.255.255. Back when the internet was still young, you would go to ARIN (the American Registry of Internet Numbers) and say "I think I nee…
I think it's also more like the special big blocks of special numbers were given away without thinking much when the internet was young.
Re: MIT no longer owns 18.0.0.0/8
#50Earlier quoted context omitted.
IPV6 solves this, plus even without you don't need anything close to this amount of IPs to do what you're describing. It's a fairly niche case to need that many public IPs and it seems a little crazy to hold that many just in case some researcher might want to use them. Even your comment about streaming, seems like mainly nostalgia vs reality as you kind of admit. Any modern streaming infrastructure works from behind…
I've tried to run IPv6 on my Comcast connection. Unsurprisingly, Comcast doesn't get the point of IPv6. They allocate one single IPv6 address to my router. That's right, ONE. LOUSY. ADDRESS. This seems to be a "feature" of owning your own modem rather than renting one of theirs. I hesitate to even try to get this fixed via their tech support. I guess if I want IPv6 connectivity, I'm either going to have to get a tunn…