Computational biology, data, programming, security, EE, RF and other braindumplings. Born at 341ppm. All opinions are your own.
brainstorm at nopcode dot org
if i wasn’t doing my current job and i was good at raising money, one of my dream moonshots that i think about from time to time is a research institute for foundational open source biology software, that’s not strongly attached to an existing prestigious uni/institute
I was curious how gzip compares to brotli and zstd for browser compression so I benchmarked Go libraries on a ~640kb javascript bundle for my Edna. zstd level 3 was the winner. Full results at https://t.co/UbsBqbjwld
@ATinyGreenCell I would recommend you SKiDL (https://t.co/YPuvViQPYW) or atopile (https://t.co/9vTAOLX5ZG) if you need to parametrise those amounts of components and connections, nice prototype anyway! ;)
SiP (System in Package) devices are going to eat the world. Amazing what you can do with them today and no design required.
Integrated inductor + FETs + control in <0.5cm^2, 8A output.
I'm genuinely worried about Github Actions supply chain attacks. Turns out version pinning doesn't really work the way it might seem, which seems like a fatal flaw in the core design. You basically shouldn't use third party actions at all. https://t.co/3LBXYHfHSp
⚡Embedded Rust in Production 2025
- A list of embedded Rust projects used in production, as compiled by Anthony James Munns
- Includes both embedded linux as well as bare-metal/RTOS usage of Rust
- Not an exhaustive list, based on public info
https://t.co/mQ7OdO7F8A
For those saying “performance might sell, but it’s expensive to deliver”—no it isn’t. Software developers today put *extra effort* into the hundreds of unnecessary layers in their code. They are paying *more* for *slower* software.
Straightforward code, written with basic knowledge of the computer, with 0 actual “optimization” is lightning fast compared to most code today.