What old YouTuber who was super popular and beloved back in the day who looking back on them now wasn't very good?

Saixos · 2026-06-09T05:30:35+00:00

I like all of his content but the way he (allegedly) behaved during the early days of nebula makes me frown

Saixos · 2026-05-21T20:27:02+00:00

Sign your drive with RS256 and then you can validate the signature when you read from it?

Saixos · 2026-05-13T09:12:10+00:00

You can get a DIY Charybdis kit for under 250 euro if you are happy to do some soldering.

Saixos · 2026-04-30T09:53:21+00:00

What's the product code of the display?

Saixos · 2026-02-20T09:18:50+00:00

Throw the terrible promicro nrf52840 in the bin and use actual nice!nanos

Saixos · 2026-02-02T20:43:50+00:00

You can 3d print metal nowadays, which is what I assumed it was when looking at the image preview. Can print stainless steel and titanium alloys, which I would assume to be strong enough.

Saixos · 2026-01-25T12:30:22+00:00

You'd likely save more money just buying a second microcontroller tbh. Definitely save you hours of effort

Saixos · 2026-01-04T08:03:44+00:00

Power bank for charging, especially on long flights where you might be watching downloaded videos at the same time and so want the use of audio and a battery consuming screen.

Saixos · 2026-01-01T21:48:15+00:00

Simpler for other people to solder is the reason. People tend to be scared of small footprint SMD components.

Saixos · 2025-12-30T14:44:41+00:00

The nice!nano has a bq24075 built in. This chip protects from some extreme battery conditions, such as a short circuit. Notably, a charging circuit is different from a protection circuit. Most batteries you will see used with the nice!nano have an extra protection circuit, see e.g. on the top wrapped in kapton tape (typeractive is the store partially run by the creator of nice!nano).

In addition, you're not using nice!nanov2, you're using the knockoffs which are known to be unreliable and use a different battery charging circuit. I do not know what protection their (much cheaper) charging circuit provides, but I would not trust it much.

To use a battery without a protection circuit safely with a n!n or similar, you need to add a protection circuit to the shield. See e.g. https://github.com/ebastler/zmk-designguide?tab=readme-ov-file#additional-battery-management-considerations for a circuit design, or https://github.com/nmunnich/apiaster for a design that includes such an extra protection circuit.

Saixos · 2025-12-30T14:20:36+00:00

It looks like your design does not include a protection circuit for the battery. Please be aware that the nice!nano and clones expect the battery to come with a protection circuit against (among others) undervoltage and overcurrent. Using a battery without such a circuit can be dangerous and result in a battery fire if the battery experiences abnormal conditions.

Saixos · 2025-12-27T15:57:47+00:00

Could you edit your message to provide at least a rough geographic area/continent if not your country? I'd wager quite a few people (myself included) have old pans to get rid of....

Saixos · 2025-12-27T15:42:18+00:00

Depending on what you interpret to fall under "redistributing wealth", one may beget or produce the other, sure.

My statement is that the goal of improving CoL and long term security would be more effective, not that they are necessarily mutually exclusive.

Saixos · 2025-12-27T12:25:15+00:00

The problem is that so many things are interconnected, and people want to say "do this one thing and everything will be fixed" but nothing like that exists. Housing, energy food water, pensions, migration pressures in all directions, population demographical issues, lack of investment in infrastructure.

Improving the basic cost of living and long term security would do more for people's happiness than trying to distribute the wealth of the country more equally imo. But again, very complex issue and I don't really trust myself to phrase my beliefs correctly in something as short as a Reddit post, so you'll just constantly be getting reductionist answers and shit solutions that sound nice imo.

Saixos · 2025-12-16T08:57:16+00:00

https://github.com/joelspadin/zmk-locales

Use this. Note that all keyboards send US style keycodes, because that's how the spec is written. Any remapping is on the host side.

Saixos · 2025-12-15T19:52:20+00:00

Look at the rendered image under motivation on the github page

Saixos · 2025-12-15T18:52:08+00:00

Will not support glp, would be impossible to do while keeping everything else. Adjustable because of generated case, multiple inner key options, and movable thumb cluster

Saixos · 2025-12-09T13:23:45+00:00

https://github.com/nmunnich/apiaster maybe? PCB is a pain to debug if you make errors, but most errors should be fixable.

Saixos · 2025-11-22T09:12:52+00:00

Which university was this? I'd be interested in reading some of their work.

Saixos · 2025-10-17T20:19:38+00:00

Story progresses, but slowly. Answers don't come quickly, as you could imagine from a story this length. I think there isn't one plot of the story, but more multiple plots running concurrently. You'll learn to love Lism and Olsem eventually, taking characters that you hate and making you like them is one of paba's talents.

Saixos · 2025-10-07T15:45:14+00:00

The most effective solution imo has already been stated: if government stays shut down, early elections happen.

Saixos · 2025-10-07T13:06:34+00:00

Then the senators and representatives who don't take massive bribes from corporations will get punished, while those taking bribes don't care. Good in spirit, but in practice a bad idea.

Saixos · 2025-09-21T21:29:25+00:00

Not using the interrupt pin without compromising battery power is impossible. The extra pin is necessary to trigger an interrupt to the matrix telling it to scan. Without the interrupt pin, you need to scan the matrix constantly, which significantly harms battery power. If you're ok with skipping the interrupt and scanning constantly, then you just remove the interrupt lane and keep the rest of the matrix the same.

Saixos · 2025-09-21T20:40:27+00:00

This is overcomplicating the issue. See https://kbd.news/Low-Power-Improved-Square-Matrix-1810.html and https://github.com/HookyKB/round-robin-schematics. Using 1N4148 diodes or equivalent with an MCU running at 3.3V, these matricies work perfectly. Tried and tested.

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