Does anyone know?
Does anyone know?
Long ago, when AOL stopped requiring an AOL subscription to maintain an AOL email address, I advised him to cancel the AOL subscription. After explaining to me how important that exact address was to him he declined, stating that by paying the monthly fee he felt very assured the email address wouldn't go away and without paying for he felt like that assurance just wasn't there. So for years he knowingly paid for dialup he no longer actually used.
https://www.usatoday.com/story/tech/2025/08/10/aol-dial-up-i...
But then again, I would love to have a business that has 2.1 million people or even 100 thousand people paying $10 a month…
Even with 100k customers, I doubt there are more than 0.1% of them connected at a time - the rest will just be paying the bill for a service they don't use.
Pretty much. But you might find reliably hardware hard to come by. It would be an ebay operation for sure, sort of like running an internet history museum.
You can probably do it all on AWS with no physical infra.
OTOH, maybe shutting down AOL dialup helps Verizon drop its landline business. All the ILECs seem to be in a race to eliminate landlines.
Over the last ten years, the revenue must have dropped off heavily due to deaths, which will only be accelerating. That would make even just 100,000 users at $10 not a sustainable business model at an exponential attrition rate of avg 25% and zero growth. They probably squeezed every dollar out.
https://www.benton.org/blog/more-third-americans-have-access...
Starlink is definitely increasing availability but it's somewhat expensive.
What is really expensive is that AT&T wants a good $30k to build fiber out to my location. . . so I'm sticking with paying for two providers at the moment.
Their maps claim there is coverage, but there is not, and they don't really care that its not true.
Those are the kinda places I imagine are expensive to run new installs to, so it's really phone lines or satellite
64 bytes from 8.8.8.8: icmp_seq=6145 ttl=114 time=363613.635 ms
64 bytes from 8.8.8.8: icmp_seq=6175 ttl=114 time=334289.726 ms
64 bytes from 8.8.8.8: icmp_seq=6176 ttl=114 time=333689.274 ms
64 bytes from 8.8.8.8: icmp_seq=6177 ttl=114 time=332851.621 ms
64 bytes from 8.8.8.8: icmp_seq=6178 ttl=114 time=332673.845 ms
64 bytes from 8.8.8.8: icmp_seq=6179 ttl=114 time=332618.215 ms
64 bytes from 8.8.8.8: icmp_seq=6180 ttl=114 time=331634.496 ms
64 bytes from 8.8.8.8: icmp_seq=6181 ttl=114 time=330736.758 ms
64 bytes from 8.8.8.8: icmp_seq=6182 ttl=114 time=331050.087 ms
64 bytes from 8.8.8.8: icmp_seq=6183 ttl=114 time=330813.820 msHonestly, I'm actually shocked and impressed that whatever is queuing your data up has enough buffer space to hold on the packets for so long without dropping them.
I've been using it every day for work for at least 10 years, and it served me very well, including all my remote work through the pandemic, gaming and Netflix, sometimes downloading terabytes per month without issues.
But they've managed capacity disastrously in my area recently. For the last three months. Where I live, and other parts of the centre of town, every day for about 4 hours from 11am to 3pm, it goes offline most of the time, so the network is unusable. It's impossible to work - can't even do chat or an audio meeting.
When I ran ping, I found it wasn't really offline sometimes. Sometimes it was just such high latency and/or packet loss that it may as well be. Signal strength was good, and voice calls worked fine.
I tried three different 4G/5G routers, four different accounts, and two phones. All showed the same behaviours at the same times of day. At first folks in the Three store said I need newer 5G capable equipment, then it was a new SIM, but I tried all their options. In the end I returned everything to them, cancelled contracts, and they said it was most likely congestion, which fits the observations.
I'm amazed they haven't fixed it, as it must have been affecting thousands of customers for months, in a way that's surely obvious to any monitoring equipment.
With regard to the earlier poster's point about latency, when it worked perfectly my latency (both at home and in the office) was always at least 35ms or so, spiking randomly on a timescale of seconds up to about 400ms. Good for many things, but not the kinds of low-latency gaming, interactive streaming or other services some people take for granted. SSH felt annoyingly slow, but usable.
But they've managed capacity disastrously in my area recently. For the last three months. Where I live, and other parts of the centre of town, every day for about 4 hours from 11am to 3pm, it goes offline most of the time, so the network is unusable. It's impossible to work - can't even do chat or an audio meeting.
When I ran ping, I found it wasn't really offline sometimes. Sometimes it was just such high latency and/or packet loss that it may as well be. Signal strength was good, and voice calls worked fine.
I have a place less than an hour from Denver and without Starlink there are many, many people on extremely bad, oversubscribed 1Mbit DSL at the end of some gnarly POPs.
There are sometimes local ISPs that provide p2p wifi in extremely limited areas (see: rich neighborhoods) and its fine but for 20/10 you're paying similar prices or more than Starlink for something that's less reliable.
VoIP is cheap but you need internet for VoIP and I'm not actually sure you could connect a modem to a VoIP even if it wasn't nonsensical.
Fortunately I have fiber (from another company), so it's not a problem; but the concept of being able to get a landline anywhere is going away.