What is the difference between cellular data being used on my phone and cellular data being used on my notebook? Data is data.
This is why we need net neutrality
When T-Mobile moved to unlimited with the ONE plans, they gave You “unlimited” tethering at “3G speeds”, which turned out to be 0.5Mbit/s, an unusably slow speed in 2018.
The Magenta plans gave you 5GB-50GB of full-speed tethering before dropping you to “3G speeds”. The current Go5G plans are similar, with a limited amount of usable tethering data before you’re, for all practical uses, cut off.
Before the ONE plans, there technically was no hotspot usage limit, but since you had a limited amount of high-speed data, your hotspot was effectively limited to whatever your plan gave you.
All the US carriers limit hotspot usage, partly to prevent someone hooking up a computer to download 50TB of pirated movies while clogging up the bandwidth for everyone else on that tower, and (moreso) partly because they’re greedy.
Lol. They totally do. Their best plan without going arm and a leg for unlimited gives you 50GB a month before dropping to near nothing. Up to a year ago it was 40GB.
This has little to nothing to do with net neutrality, which refers to back end L1 and L2 network interconnections.
Edit: wait, you might be right. As I understand, net neutrality is for the last mile ISPs, not the L1/L2 providers. So uh… what I explained below isn’t relevant. Eh, I’ll leave it in case people wanna learn stuff.
It was a bad explanation, assuming you had knowledge of network infrastructure things, but it does make sense. I’ll explain things if you’re interested.
Net neutrality is the idea that ISPs must treat all content providers equally. Your phone is not a content provider (most likely. You could run a web server on your phone, but… no). YouTube, Netflix, Facebook, TikTok, and your weird uncle’s WordPress site are content providers. Without net neutrality, ISPs can say, “Hey YouTube, people request a ton of traffic from you on our network. Pay up or we’ll slow down people’s connections to you.” The “neutrality” part means that ISPs must be neutral towards content providers, not discriminating against them for being high demand by consumers.
For the L1 and L2 part, that’s the networking infrastructure. The connection to your home is just tiny cables. I don’t recall how many layers there are, but it’s just “last mile” infrastructure. The network infrastructure between regions of the country or across the ocean are giant, giant cables managed by internet service providers you’ve never heard of. They’re the kind of providers that connect AT&T to Comcast. These are considered L1 or L2 providers. The data centers of giant companies, like Google for YouTube’s case, often pay these L1 or L2 providers to plug directly into their data centers. Why? Those providers are using the biggest, fastest cables to ferry bits and bytes across the planet. You might be pulling gigs from YouTube, but YouTube is putting out… shit, I don’t even know. Is there a terabyte connection? Maybe even petabyte? That sounds crazy. I dunno, I failed Google’s interview question where they asked me to estimate how much storage does Google Drive use globally. Anyway, I hope that gives you an idea of what L1 and L2 providers are.
I’m not a network infrastructure guy, though. If someone who actually knows what they’re talking about has corrections, I’d love to learn where I’m wrong
That’s not what net neutrality does, and I’m disturbed by this being the number one comment.
Sorry how would net neutrality do anything but make them reword the policy??
The ISP shouldn’t care what kind of traffic is going through the network and show it down by type. It should be neutral to it
They can care about what device they’re providing internet to. Net neutrality is about where content is coming from.
Net neutrality isn’t going to do a thing about this kind of stuff. In a best case scenario, you’ll end up with overall data usage limitations - no more ‘unlimited mobile data’.
ISPs meter data usage because it’s pretty much the only way they can impose some form of limitation on a finite capacity to provide such data to you and other customers - other than data rate limits (read: slower speeds). They can’t guarantee data rates in almost any setup, because ultimately, while ‘data usage’ is a bit of an artificial construct and ‘data’ is not in any way finite, the pipes that deliver the data certainly are of finite capacity. Mobile data capacity - and in fact, any wireless medium - is a shared medium, the more people try to use it simultaneously, the less pleasant it’s going to be for each individual user. Ask Starlink users in many US areas how overselling limited capacity impacts the individual user.
Mobile data usage also has different usage patterns than if you’re hotspotting your PC. You’re not going to download massive games or other bandwidth hogs to your mobile. You probably won’t be running a torrent client either. So they can give you unlimited mobile data because you’re simply not going to put as much of a strain on the infrastructure with pure on-device usage than you will with hotspotting.
This isn’t a defense of what AT&T is doing. But net neutrality isn’t going to force them to suddenly be all ethical. It’s not going to make them provision infrastructure that doesn’t fall over at the first signs of higher-than-usual load. And it certainly can’t change the physical realities of wireless data communication. In an ideal world ISPs wouldn’t be so greedy and/or beholden to greedy shareholders to be cutting corners, and instead provide sufficient infrastructure that can handle high demand.
And to those who are talking about their workarounds: you may not like it but you’ve signed a contract. That contract stipulates acceptable use, and if you’re found to be breaching the contract terms, the other party is within their rights to terminate the contract. Again, in an ideal world these contract terms would be more balanced towards the needs of the customer, but in the meantime your best recourse against unfavourable contract terms is to take your business elsewhere. And if you can’t do that, everything else is at your own risk.
This is one of those ‘innovations’ people mean when they say capitalism drives innovation. Not the hotspot, the pointless extra charge for something your phone can just do on its own.
How do they know if the source of data is hotspot? I’d imagine there is a way to stop your phone grassing on you.
There’s different internal network configs (APNs), and hotspot uses a different one than regular mobile data. ( or at least it used to). Those can be configured and metered separately from the carrier’s end.
LineageOS, and maybe some other custom ROMs, wouldn’t do that and would put the hotspot and mobile data on the same APN to get around that.
Can confirm, switching to Graphene solved this problem for me a long while ago.
Ugh. I was dumb and got a Samsung that was offered to me for cheap on the spot. If I had done any research I would have learned that there’s no alternative OS options. Now I’m stuck with it, because I’m poor, so I just try to avoid using it. I should keep an eye out for something used that’s compatible.
Back when they just began recognizing it, they noted peculiar traffic. Desktop websites, batch downloads normally unavailable to that system. This assumes that you utilized the internal hotspot system and didn’t create a separate one. Now? Not sure whether their system is more robust but it should, theoretically, be possible to obfuscate your traffic using third party hotspot software. No clue where to look for that anymore.
I used to routinely use 100gb of data on my jailbroken sprint iPhone. Did that for almost 3 years. Never heard a peep from them. But this was forever ago.
If you used the package I think you did, that’s not unusual. Absolutely will not remember the name but there were numerous tweaks that just flipped the hotspot switch but a couple that allowed you to use a hotspot without directly using the inbuilt function. One was free and broadly used.
Could you install a different OS like suggested here https://dubvee.org/comment/1855949 / by Admiral Patrick below?
Yeah, installing a new OS on a phone isn’t something you do easily like on a PC.
You have to unlock the bootloader, which requires an unlock code from the manufacturer, then you have to factory reset it, and that’s even if your phone/carrier allows it. Many don’t (which is why it’s so hard for me to replace my phone…grrr).
So yeah, installing a new OS on your phone is typically going to require quite a bit of effort and some level of commitment as well as a device that’s bootloader unlockable and supported by an alternate OS (each device and model requires a custom build).
It’s…a whole thing. It really shouldn’t be, but it is :(
Maybe, but it’s not worth it just for a few days, which is all I’ll need it for. I just forked over $15 for another 10 gb.
What is the difference between cellular data being used on my phone and cellular data being used on my notebook?
The difference is the cellular company’s profits amount.
They had this restriction in the UK where the networks would prevent hotspots from actually working. You had to buy a special additional package.
Restriction has now vanished and there are no such limits on usage. Not sure if the Regulator intervened but it was most certainly a cash grab.
These days they still manage to rip us off by annual contract increases of RPI+3.9%. That applies even during a 2 year contract.
Not sure if the Regulator intervened
It was an EU thing before…well you know what you did
I think this is also an archaic model from before smart phones and the early days of smart phones. In the early days of apps, most attempted to limit data usage because most network providers charged a premium for data and the networks were much slower and smaller.
While you could tether in these early days, even before smart phones, the computer was capable of much higher data usage than the phone. These limits were put in place to protect a network that wasn’t really built for this level of load.
Old rules with good purpose turned into a way to charge more money.
I’ve had great success getting around these restrictions.
CalyxOS + Always on VPN (mullvad)
The secret sauce is using a Android version that allows you to share your VPN with hotspotting. I believe only calyxos and lineage allow you to do this. Since the VPN client is running on the phone, all the traffic that originates from the phone will look like phone data, with the appropriate time to live, OS fingerprinting, etc.
This can’t be done on stock Android, because it does not allow the VPN to be shared over tethering. So tethering traffic will not getting capsulated on the VPN client. There’s a security argument for this, but I prefer the user flexibility of allowing all the traffic to get VPNed.
It’s still possible to do this without VPN sharing on the phone, you can use normal tethering on a unlocked phone, like stock Android. You just have to modify the traffic signature to look like whatever the carrier is looking for. Setting the appropriate time to live, using a VPN, and doing other OS fingerprinting tricks to keep the traffic consistent. It’s much easier to use a ROM that lets you share the VPN
Great tip.
Time to live (TTL) or hop limit is a mechanism which limits the lifespan or lifetime of data in a computer or network. TTL may be implemented as a counter or timestamp attached to or embedded in the data. Once the prescribed event count or timespan has elapsed, data is discarded or revalidated. In computer networking, TTL prevents a data packet from circulating indefinitely. In computing applications, TTL is commonly used to improve the performance and manage the caching of data.
Hmm kinda makes sense
It’s possible to track the number of hops that a device on a network has, since TTL will be 8-bit numbers (and ususally start at 64, 128, etc.) if the TTL of a packet has 64 from the main device, the devices it’s sharing with will be 63 (and so on un the chain for N+1 hops). This may not be exactly how they do it since device fingerprinting would be way simpler, but it is a plausible way of tracking that a device is using a hotspot.
