Most LED backlights are wired in such a way that when one LED fails it bricks a significant portion of the panel backlight. You'll knock out entire rows or huge portions of neighbor backlight LEDs when one fails. Basically it's a cheap way to ensure a whole row of LEDs are the same brightness but the tradeoff is one LED fails and it looks like 5% of your screen went dark.

It seems like a good beginner-intermediate thing that'd be approachable to learn with a basic multimeter and beginner level soldering skills.

But, white on black is really ugly. Even black on white or a simple inversion would be an improvement.

I think it could benefit from the ability to pause and see the transcript, and make edits before the video is generated.

Gives me some hope for Bluesky, etc. I don't think you need to be Twitter scale or have global network effects to work. Your community just has to choose a particular platform and show a preference for it. You get miniature network effects once your community adopts it.

So if your favorite community doesn't like a particular platform, I don't think they're stuck there, just because it's the one with global scale. They just have to organize an exit.

This could be a beautiful start for a Linkedin alternative focused on freelancers, entrepreneurs, etc. Maybe even people in specific industries whose Linkedin currently does more than get them their next job (sales comes to mind, but also folks who work at design agencies and need to get clients, and have a profile they attach somewhere in the about us section).

R2 is cheaper though if you storage cost is less than your bandwidth cost, and B2 has a feature to automatically expire items which depending on your design might make it more efficient.

I basically have to branch, commit every time it makes any progress at all, and squash later. There are built-in checkpoints that basically do this.

I actually run this side-by-side with my preferred IDE, and GitHub Desktop (to visualize the diffs). So, prompt -> Claude makes a change -> I view the diff -> I make some edits -> Commit -> back to Cursor.

If we start in supersonic today, and innovate at the same pace for 20 years, you might match the efficiency boom from the "jet age" and make supersonic twice as efficient as today.

I hope this pushes more manufacturers to switch to rolling-code algorithms (like the key fob your car uses), in place of simpler, less secure codes that can be captured and replayed.

If they were legally insolvent back then and his information forced them to immediately declare bankruptcy, this short would have been above board.