Some #BTClock repo mirrors:

https://git.rof.tools/mirrors/btclock_v3
https://git.rof.tools/mirrors/btclock-webui
https://git.rof.tools/mirrors/btclock_v2

The firmware binaries depended on GitHub Actions workflows so they are not yet on there, but of course you can compile everything yourself


Fuckin’ A


:amy:


hello 👋


:fire:


The rest of the #BTClock repositories that were on GitHub

https://git.rof.tools/mirrors/btclock-hardware
https://git.rof.tools/mirrors/btclock-web-flasher
https://git.rof.tools/mirrors/btclock-ota-flasher

Clone it, distribute it, fork it, modify it, verify it and/or improve it.
You could even modify it to run on similar hardware that is End-of-Life.
This is the power of #FOSS/H, LFG!

nostr:note174366gumk6ph6rg0a8m28w459un5qqrrscp3dkc67kmgd7y5ga2scca9at


When 7/8 digit clock?


Its already 7 digit, and the firmware is 8+ display ready. Someone just needs to make the hardware https://image.nostr.build/bfbd47cc94c2c36dc295411b0b15a16fb6bc6acc11a3dc357e8ba0d5bfd198e2.jpg


Lmao I'm retarded, didn't realize the eink would just make a K


It’s not the eInk itself, it’s my shadow super open source #BTClock code 😎 you could even adapt it to the Mow notation so 0.1M


Also, you can play around with how it looks like at https://ws.btclock.dev it is compiled from the actual C++ code with emscripten to WebAsm so any features/bugs in the code of the actual clock appear there as well


Thank you 🫡


Zap🌻