Real-time learning is much more engaging. How can you send/receive Bitcoin even if you're not connected to the internet with your mobile phone? Does someone on the network just need to provide internet?
I would not consider Meshtastic encryption secure or private just yet after reading over this Meshtastic Encryption.
The TLDR is that while comms are encrypted they can be captured (since messages are relayed) and then the encryption can be attacked offline in the future. Its called the "Harvest now, Decrypt later" attack. I'm a noob but will share what I learn here as well.
Hey, I just ordered a meshtastic radio as well. One of the wismesh-pocket. We apparently have a group of folks using these local to me. Got connected with them.
Cool goal. That would be pretty cool. I don't know enough yet to know how hard that is or if it is feasible.
I'm hoping to learn quick due to the local community. The group is kinda new but I believe they will be having a meetup in November. Should get my first radio this week.
I have long wanted a easier comms tool I can teach family to use to reach each other when other channels are down. As this seems to be gaining in growth this looks like a good option to me. No license required. Uses your existing phone. I have high hopes.
Question for you @siggy47 - is actually getting and setting up one of these devices the only way to see if there are other broadcasters in the area? Or might there be a way to check, before buying one?
Machankura is a great idea. @anita posch has been talking about it for a few years. The difference, of course, is you need cell service, but it's definitely a great solution.
Very cool! Do you have a local partner to transact bitcoin with, as I understand these radios are very short range?
If you get it to work, maybe the next step is to get a HAM license and begin broadcasting bitcoin OTA for true uncensorable financial freedom! (And teach the rest of us how to do it :)
I actually am a ham operator, or I was until my license expired. I don't like the government control and licensing of the ham networks. You're right that Lora radios are short range, but the network effect can extend that. I still have all my hf radios, but there's no reason you can't send bitcoin through the lora radios also.
The best depends on your situation. The Lilygo T-echo is fairly inexpensive and it is a complete device. You can spend less money and build your own. The Lilygo T-Deck is nice since you don't need to pair it with another device. It has a keyboard and larger screen. The drawback is short battery life.
I will probably get that as my second device, since I have a feeling I will be learning by messaging myself at the beginning.
Wow, I was just thinking about putting mesh networking on my to-do list. Would be interested in a blow-by-blow description of how it's all working out, especially how many other users you find out there.
Just like you, I also have a lot to learn. It's very inspiring to see others who are more advanced than me, still learning things.
That motivates me to follow in their footsteps and learn more about Bitcoin every day.
It's a low power, low range radio transceiver. Meshtastic networks are being set up for local communication. Each radio is a node on the network, so in theory as more people join the network, the range will expand beyond line of site. You connect your radio to your phone through bluetooth. It substitutes for a cell or internet connection.
I'm no expert. I may have got things wrong. More knowledgeable people can explain it better.
I'll make a more detailed post when I learn more and get up and running.
Basically, it's radio firmware that is used in a network of radio nodes to create wider coverage. Each radio is low powered, inexpensive, and limited, but as the network grows the nodes expand the range.
While Bitcoin, being a low-bandwidth network, can function perfectly well without the internet, the possibilities of transacting bitcoin without an internet connection are little studied and even less documented.
Certainly not the Siggy way!
uninformed!