It’s not indefinite, because the vendor won’t support the hardware indefinitely. It’s also not a rental, because you are free to resell the hardware.
Sure, it an old language now, but if you check the commit history, you can see that MANY of these libraries have been developed by one guy (lead dev of Swift for a while now) only. I was surprised at how extensive it really is. More so than Go. Now imagine it actually had more developers and a much more active and vibrant community. :P
https://github.com/factor/factor/tree/master/basis/
https://github.com/factor/factor/tree/master/core
https://github.com/factor/factor/tree/master/extra
Heck, they even implemented CBOR: https://github.com/factor/factor/blob/master/basis/cbor/cbor.... Look at the code, seems elegant and simple, IMO.
It's clear we're living in an illusion, but I'm pretty sure there are enough people invested in that illusion that it won't stop until it is no longer physically possible to maintain. I'm increasing convinced that when whatever dream we're living in ends, it will end catastrophically, but I'm not even certain I'll live to see that happen.
If anyone knows of a hobby-grade circuit design and simulation software (on macos! or online), I'd be so grateful to have it mentioned. I've tried kicad, diylc, fritzing, and a few other options, and nothing really "works". It's like the minds of people who created these are broken in a certain tragic way that just does not yield itself to making useable software.
The holy grail for me would be something that allows to design the electronic, then spatial aspects of circuits -- from testing the functionality, to making the board (and bonus points for stripboard support!)
They've about doubled [1], from $55bn to $110bn.
[1] https://www.politico.com/interactives/2025/trump-tariff-inco...