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1/ I just published a massive article called "Recovering Our Lost Free Will Online: Tools and Techniques That Are Available Now" changelog.complete.org/archive

I will summarize some key points in this thread, but please do check out the article.

2/ Recovering free will online

The limitations of : sometimes is useful. Think big: if offline were easy, what could you do?

Practically, , , and all are here today and can help show the way.

3/ Recovering free will online

Free our physical and data link layers. You don't have to use Internet from a phone company. Try or radios, or 5GHz point-to-point. Or, heck, NNCP over USB sticks in a car. is an off-the-grid IM system that does this. What else could you do if you dream big here?

4/ Recovering free will online

We are used to thinking that it is quite difficult for two devices on the Internet to talk to each other. What would be possible if it were easy?

Actually, today, it is. , , and others make this happen.

5/ Recovering free will online

We're used to costs rising dramatically when something gets popular. What if that weren't the case? Could you take on Youtube from your garage?

Things like , , and are making these ideas possible, right now.

6/ Recovering free will online

We have so many walled gardens, from Github to Facebook. It doesn't have to be this way.

itself is a powerful example.

7/ Recovering free will online

What about freedom from manipulation? Isn't that, fundamentally, what the attention economy is all about?

If we could dramatically lower the cost of running services and the barrier to entry, would that make non-profits more common? Would it weaken the ad economy? Think of the possibilities.

8/ Recovering free will online

If privacy and anonymity were more common, what would that mean for us? No more creepy ads because targeting wouldn't be possible? Less guarded conversations?

9/ Recovering free will online

Let's look at the tech. For data link and networking, of course there are , and . is atop . can form a mesh. is a powerful delay-tolerant network. and form mesh networks, optionally using the existing Internet as a backhaul; their goal is nothing less than replacing the Internet. of course provides some of this too, at a different layer.

10/ Recovering free will online

P2P infrastructure is being built out. , , , and are all common. Did you know you can build an offline-capable, delay-tolerant mesh with ? Or run atop ?

11/ I've written a lot about instant messengers and chat here lately, so I'll not repeat myself, but check out those threads if you're interested.

Also in social media, of course, there is , , and - particularly interesting due to its use of .

12/ Recovering free will online

My points are: 1) to get you to dream big, and 2) to show you how those dreams may already be reality, or very close.

/end

@jgoerzen I don't think less guarded conversations is a positive selling point, or am I wildly misunderstanding this point?

@LovesTha I meant in the context of private IMs among friends. Good point, I could have been more clear there.

@jgoerzen okay, even now 99.9% of people treat email as private enough to be completely free in their conversation, let alone any of the privacy featured IM platforms. I don't think this is a big selling point.

@LovesTha From a global perspective, this is huge; it's literally a life-and-death matter in a number of countries. Though I agree that in Western democracies, it's not the most compelling. Nevertheless, there are plenty of compelling reasons to value privacy and anonymity even in Western democracies.

@jgoerzen while I love most of this thread, are decentralized internets really viable as a useful thing?

I don't see how they can be, there just isn't enough spectrum to use wireless options in densely populated places and cables have good reason to favor single operator role outs.

@LovesTha It doesn't mean that the world rids itself of copper and fiber. Rather that we decentralize power. Running a layer stop existing long haul fiber makes sense. Also don't forget that highly directional antennas mitigate a lot of RF congestion.

@LovesTha There are also some large successful meshes. See NYCMesh for instance

@jgoerzen
But LoRa is proprietary, isn't it? A bit different from 802.11 family. I can also mention HAM radio solutions using AX.25 and it's derivatives for transport layer. It should handle nncp perfectly

@kotowski I think Lora is open. NNCP is always encrypted, so can't run over amateur radio. UUCP could though.

@jgoerzen uh, Never heard of encription restrictions over HAM radio, but I can belive that it may vary from country to country.

I am not into much detailes regarding LoRa, but from search I can see that there are still some concerncs
"The LoRa RF protocol that does the radio transmission, is proprietary to Semtech": embeddedcomputing.com/technolo

@jgoerzen it's free for non commecrcial users right now. But as soon as it's proprietary, the Semtech controlls it and may possibly go against specific use cases.

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