Dan Singleton

No phone for a few months now. I feel fantastic and only had two issues. 1. Convincing spouse and crew to fix meeting times in advance. No more "I'll text you when I get off work". This produces a much smoother cadence to life. 2. Work RSA token. Put it on a computer next to my work machine. A more ambitious hacker could put it on a wrist watch: https://blog.singleton.io/posts/2022-10-17-otp-on-wrist/. Company really needs to get YubiKeys.

https://blog.singleton.io/posts/2025-06-14-coding-agents-cross-a-chasm… The former CTO of stripe, for one. They show you the code they produce. Why wouldn’t you trust it after reading it?

This post came to mind: https://blog.singleton.io/posts/2022-10-17-otp-on-wrist/ I doubt anyone wants to search a f-91w.

This is one of the thing that smart watches should be doing, or even better, something like https://blog.singleton.io/posts/2022-10-17-otp-on-wrist/.

This is nearly what you’re looking for (well, not that close, but it’s got the right spirit): https://blog.singleton.io/posts/2022-10-17-otp-on-wrist/

If you liked this you might also enjoy this little toy project: https://blog.singleton.io/posts/2021-11-24-probabilistic-spreadsheet/

The F-91W is such a fun little watch[1] and people have done the weirdest stuff with it. There's a guide to make the mod on Youtube[3]. There's also the TOTP in a F-91W[2] 1) https://www.youtube.com/watch?v=r6REKCs4-1M 2) https://blog.singleton.io/posts/2022-10-17-otp-on-wrist/ 3) https://www.youtube.com/watch?v=jLmAq0epfrI

Maybe also overkill but I saw this years ago and thought it was interesting. https://blog.singleton.io/nnrccar/ https://hackaday.com/2012/01/03/nerual-networks-control-a-toy-car/ Also, I have built a couple toy robots that use "whiskers" to avoid obstacles.

Also non-sensor applications: https://blog.singleton.io/posts/2022-10-17-otp-on-wrist/

Here is sundial generator for laser cut, which produces SVG.[0,1] It might be easy to make a 3D model from generated SVG in Blender and export it to STL. [0] https://blog.singleton.io/posts/2018-07-05-glowforge-sundial/ [1] https://github.com/dps/sundial

>This year’s Advent of Code has been brutal (compare the stats of 2023 with that of 2022, especially day 1 part 1 vs. day 1 part 2). I enjoyed completing AoC this year. While it was very clear that day 1 (esp. part 2) was significantly harder than previous years (I wrote about this among other things [0]), OP's claim seemed not obviously self evident when comparing _current_ 2022 stats to _current_ 2023 stats, as folks have had an additional full year to complete the 2022 puzzles. I grabbed the 2022 stats from Jan 14th 2023 [1] and, indeed, the difference is quite stark. Graphing the part two completion stats[2] for both years, there was a relatively similar starting cohort size on day 1, but 2023 looks clearly harder than 2022 up until day 15. As OP observes, the ratio[3] of folks completing pt1 but not going on to complete pt 2 is way higher for a lot of days in 2023 and suggests the day 5, 10, 12 and especially day 22 part 2s were particularly difficult. [0] https://blog.singleton.io/posts/2024-01-02-advent-of-code-2023/ [1] https://web.archive.org/web/20230114172513/https://adventofcode.com/20… [2] https://blog.singleton.io/static/imgs-aoc23/completion.png [3] https://blog.singleton.io/static/imgs-aoc23/ratios.png