I'm going to look into that. When I started out I found a few of those M3u8 lists - a lot of them had broken links though. Normally when I think of GitHub I think of the kind of coding that I'm doing on this microchip.
I would also say that these guys are VERY good for a dataset, and they are relatively open. You should check them out:
Easy access to live radio. Free, non-commercial, no tracking. About 100.000 stations, 200.000 streams. Select bitrate, list frequencies. Aiming to include all available streams of each program. One of the biggest resources on the internet.
fmstream.org
Thanks. I'll do that.
Just one thing. Please don't let people here (including me) convince you that your dream hardware idea is so ill-advised that you
have to "run! run away while you still can!" These guys are career experts and they're obviously correct about radio being obsolete to the young. But millennials and zoomers aren't the only people who buy things, and crucially, you said -- and perhaps they overlooked -- that your invention
costs $10 bucks to put together. Which makes me think you might be working with commodity ASICs you're programming yourself and maybe even companies like PCBWay to cheaply fabricate prototype boards for you, if you aren't going full Mr. Carlson's Lab and fabbing simple boards yourself, using a 3D printer at home to make housings, etc. If there's any possibility that's what you're doing, then the warnings you've received here might not apply after all. Yes, they would apply to a traditional manufacturing scenario -- one where you were possibly looking into initiating expensive non-programmable ASIC chip and board R&D with the aid of hired engineers, and then investing considerable $$$ contracting with a conventional factory overseas to have big runs (tens/hundreds of thousands) manufactured on traditional assembly lines. But if all you're actually doing is what I described vis-a-vis home-programmed ASICs and DIY or PCBWay boards, then you probably have little to fear from building fifty or so units on your kitchen table and then floating them under the noses of carefully targeted radio geek communities online to see if they "go viral" and prove to be saleable.
Here, please watch this in full:
The person who made these wifi232 dongles (which are absolutely
awesome to anyone who remembers BBSing) did them entirely DIY too. He also didn't have any large target market in mind that would make high-cost research, or high volume traditional manufacturing, worthwhile financially (the dongles are for a pathetically obsolete pursuit). Yet he sold out his initial fabbing run completely, simply from having the idea to float some demo units to "influencers" on Youtube who ran computer review channels with decent followings, hoping they would be amused enough with the novelty of his idea to review one and instantly generate a free infomercial. You could do that yourself. There are many radio geek channels on Youtube, plus channels run by people who just love receiving novel gadgets and exploring them on camera. People like Techmoan (
internet radio review), Farpoint Farms (
same), Todderbert (
same), Fred in the Shed (
same), and OfficialSWLchannel (
same) come to mind. If you believed you could get a couple Youtube people with geek audiences to play with your prototypes on camera, you might be able to start off with kitchen table sales to niche audiences and possibly gather momentum from there.
Anyway, I just wanted to add all this, as I would feel terrible if your idea might have potential if properly guerilla marketed this way, and me suggesting you put your database on Github for birdseed contributions cheated you out of it. That was just a last resort suggestion, in case you really did decide there was no hope otherwise.
Edit:
another person who reviewed the wifi232.