Cursor in your old uncle computer be like.

Kimi K3 is 15$ per M guys, I thought it was 5 ...

I hope this 5th iteration of the valve design works 🤞

I should re-watch Full Metal Alchemist, and you should too.

Turns out tinkering with Proton versions is perceived as a hardware change by the Denuvo DRM, which is limited to five per 24 hours. So at the end of the day you find yourself locked out of something you payed for while the pirated version is out there. Now I understand all the hate towards Ubisoft.

Should we start learning Chinese?

Been trying to design a valve for way too long, I’m on my last nerve …

Truly amazed by the level of detail and sturdiness that can be achieved with resin 3D printing. I broke the small scissor switch of one of my laptop’s keyboard keys. So I decided to model and print the part without much hope, turned out flawless.

When trying to find a way to flush the Watercooling loop I want to build, I was confronted with an annoying issue when flushing the system, which must be done from 3 points, the bottom of the two radiators and the bottom the pump/reservoir combo. The first solution I thought of was using 3 solenoid valves, but the ones I found were bulky, had limited flow and required reduction fittings from G1/2 to G1/4. So I decided to take matters in my own hands and make my own. The requirements were simple, the flushing outlets of the radiators and pump must not mix when the the system is operating. And they must join together when flushing. The design is inspired from rotary switching valves. But without the hassle of calculating angular positions since all the outlets are connected simultaneously. All controlled by a servo motor. Way simpler than any solenoid based system. I will try to print the assembly in resin, a first for me. stay tuned for future hassles with tolerances that I see coming from miles away. Any feedback is welcome too!

Kimi and its malicious whispers in all their glory.

Where’s the radiator project thing?? I hear you ask, worry not, it’s still on the table. I have been lost between all the plumbing fittings and different parts I need to gather which is a pain in our market. There’s also another feature I want to add involving the small self priming pump you see at the bottom, its role is to fill and bleed the circuit, making the process frictionless as our SaaS friends say. For that to work, it needs to connect to the lowest point of the system which is the valve you see at the bottom of the radiator, but that leaves us with air trapped at the top of the rads which I need to deal with, more to come soon …

Just received some items I need for my external watercooler project, everything seems fine, except the solenoid valve at the bottom, which came …. smaller than I expected.

I’m going to start a “build in public” project involving these two Behemoth 560mm radiators and a D5 pump, all driven by a raspberry pi pico. This will include, PCB design, 3D design and 3D printing among others. Mostly to learn and deepen my understanding of these fields.

Today is my yearly mandatory GDM reinstall 🎉 🎊

One prompt with Opus 4.7 did this, one.

Suppose you have to build a real-time crowdsourced reporting platform, where: - Reports come in continuously from verified users (placed in tiers), each one have a trust score based on their interaction history and report pertinence. - A signal score per item decays over time and recomputes on every new report - The pipeline needs to be non-blocking end to end What would your data pipeline, event bus, and storage layer look like?

This is safe, believe me.

Been waiting for it to drop on PC just for the Ultrawide experience and boy is it beautiful!

Most 3rd world countries fail because they spend rents on peace, not transformation.

Funny it happened while talking about ECC memory.