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Volk Fi: Distributed network smartphone

volkfi.com

11–20 of 124 posts

Re: Volk Fi: Distributed network smartphone

#11

How can internet connectivity be free? Doesn’t someone need to pay for a connection?

To answer my own question, as per the FAQ: Volk Fi counts data usage and bytes shared via WiFi. Every user gets the amount they share, unlimited. If a Volk user consumes more data than they share in a month, there is a 5GB data cap. After that, the user can pay the super cheap price of $1/GB for additional data.

I would love for this to be just an app on a standard Android device.

Re: Volk Fi: Distributed network smartphone

#12

>Volk One devices can connect to each other, from several miles away. Assuming that a voice call requires 8kbit/s of bandwidth, and assuming that you have about a watt of power, how feasible is it to connect through a phone that is a mile away? Serious question - I don't know how to do the math here.

If you want to learn how to do the math, this is old but a good starting point: http://www.ti.com/lit/ml/slap127/slap127.pdf

(In general, radio engineering is taught at college-level and requires some basic math/physica if you are going with “rules of thumb” and fairly advanced math if you want to understand/derive exact equations).

Re: Volk Fi: Distributed network smartphone

#15
post #2

I would bet almost any amount of money this isn’t going to work. In any mesh network, the overhead of coordinating nodes dominates network traffic. This is before you even begin to think about the terms of service violations for all of these WiFi access points.

So they’re proposing to use WiFi to connect to other phones, right? And the only way to exchange data from me (pointA) to somewhere else (pointB) is to have a chain of phone users connecting my location to pointB. And how close would each connection need to be? It’s not like cellphones have antennae the size of cellular towers. So stupid.

And assuming this could magically work, do you need to build an entire new phone? Or can it just be a software problem? That way you could defer to cellular network in cases where this would inevitably fail.

Re: Volk Fi: Distributed network smartphone

#16

>Volk One devices can connect to each other, from several miles away. Assuming that a voice call requires 8kbit/s of bandwidth, and assuming that you have about a watt of power, how feasible is it to connect through a phone that is a mile away? Serious question - I don't know how to do the math here.

One watt wouldn't be a problem at that distance, but any frequency this can operate on requires line-of-sight or close to it. "Several miles away" might be realistic in the middle of a desert, but in areas with hills or lots of large buildings? Not likely.

Generally speaking, line-of-sight is almost always what limits point-to-point comm range for handhelds, rather than raw power. On higher frequencies, even vegetation can be a big deal.

Re: Volk Fi: Distributed network smartphone

#17

Earlier quoted context omitted.

To answer my own question, as per the FAQ: Volk Fi counts data usage and bytes shared via WiFi. Every user gets the amount they share, unlimited. If a Volk user consumes more data than they share in a month, there is a 5GB data cap. After that, the user can pay the super cheap price of $1/GB for additional data.

I would love for this to be just an app on a standard Android device.

I would gladly pay with Bitcoin on the Lightning network to get internet access, but the market is not ready yet.

Re: Volk Fi: Distributed network smartphone

#18

Earlier quoted context omitted.

To answer my own question, as per the FAQ: Volk Fi counts data usage and bytes shared via WiFi. Every user gets the amount they share, unlimited. If a Volk user consumes more data than they share in a month, there is a 5GB data cap. After that, the user can pay the super cheap price of $1/GB for additional data.

I would love for this to be just an app on a standard Android device.

Apparently because their special phones have "new, long-range radio hardware" that makes this all possible.

But radio technologies are pretty widely understood and while I'm no expert I've not heard of anything that could achieve what they're suggesting. So I'll remain skeptical until I understand better what that "long-range radio hardware" is and how it makes such a mesh network feasible.

Re: Volk Fi: Distributed network smartphone

#19
post #5

I don’t get the invite model. Ask someone already invited to send you an invite? I guess it prevents spam reservations but I don’t have Facebook or twitter, so I guess I’m out of luck.

Here you go, plenty of invite codes on their subreddit:

https://www.reddit.com/r/VolkFi/comments/b1dyqy/lets_just_ge...

Re: Volk Fi: Distributed network smartphone

#20
This makes a bit more sense:

"Every Volk phone has a SIM card slot and supports use on traditional LTE networks.

However, a SIM is not necessary and the phone will always prioritize the Volk network first.

The Volk network works as such: every Volk user gets a special router with their phone. The router acts as a wireless Qi charging pad also. The router connects to your existing internet via Ethernet or something similar.

The router is what connects phones to Volk and allows calls, texts, and data to go through.

If a router isn't nearby, the phone will try to find another Volk phone to use as a hop, until it finally reaches a router.

All Volk phones have strong radios and can go more than half a mile if terrain is clear.

If there are no routers or Volk phones nearby to hop to, you'll either not have service, have to use Wifi, or fallback to LTE if you have a SIM card installed and it has active service."

(https://www.reddit.com/r/Scams/comments/aq3hul/volk_fi_claim...)

So the backbone of the mesh network is their charging stations / routers, and phones can (?) mesh but not necessarily that far.

What I still don't like about this is that nowhere they talk about the frequencies on which they operate, not even in the "Specs" section of the website. This makes it very hard to verify any range claims they make.

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