Hi @neil the gist of this may be interesting (without the AI, and the project isn't open source afaics):
> I [built] Tritium. Tritium aims to be the #lawyer's #VSCode: an all-in-one drafting cockpit that treats a deal's entire document suite as a single, searchable, AI-enhanced workspace while remaining fast, local, and secure.
> Tritium is implemented in Rust. It is cross-platform and I'm excited for the prospect of lawyers running #Linux as their daily driver.
Munal OS ∴
An experimental operating system fully written in Rust, with a unikernel design, cooperative scheduling and a security model based on WASM sandboxing.
#Wasm is a specification defining an abstract stack machine with a Harvard architecture, and related formats.
Munal OS: a graphical experimental OS with WASM sandboxing
fell down the rabbit hole and explored Audio Worklets, an API to process audio on a separate thread, and used #Rust to write a white noise generator
i know what you're thinking, how is running Rust on the web fast? let's find out #WebAudio #WASM #ReactJS #DSP #blog
https://whoisryosuke.com/blog/2025/processing-web-audio-with-rust-and-wasm
Super fun session yesterday on building PHP plugins with WASM and https://extism.org at https://phpconference.com/berlin-de
We ran 15 minutes over time — oops … but that's what happens when the room’s full of great questions and curious minds! Thanks to everyone who joined! #php #wasm
Get the slides here: https://tinyurl.com/phpconference25berlin-wasm
Just published an update to the port 80/443 side of JonSharp.net — https://jonsharp.net. It’s maybe interesting if you like #wasm, #retrocomputing, #68000 assembly language or #watercolor paintings rendered as 1-bit low resolution images.
#ReleaseMonday — New version (v0.27.0) of https://thi.ng/genart-api, a platform-independent extensible API for browser-based computational/algorithmic/generative art projects:
This version features an overhaul of the platform provided PRNG (pseudo-random number generator) handling and makes it easier to create multiple PRNGs for artworks which require/desire them...
Related section in the README:
https://github.com/thi-ng/genart-api/blob/main/README.md#determinism--prng-provision
Also, just as a reminder, the project has:
- no external dependencies
- adapters for 3 art platforms (EditArt, fxhash, Layer)
- 6 example projects
- testing/dev sandbox with two parameter editors
- WebAssembly bindings & demo (currently for #Zig only)
Happy coding! :)
Due to fingerprinting warnings in Brave browser which caused uploads to fail, we have finally replaced #picajs with #photon. An awesome image processing library written in #rust and supporting #wasm natively:
https://silvia-odwyer.github.io/photon/
»6 Fehler, die sich Rust-Devs sparen sollten:
Wenn Sie Rust-Code schreiben, sollten Sie dieses halbe Dutzend Verfehlungen tunlichst vermeiden.«
Das Programmieren in Rust auch nicht an einem Wochenende gelernt ist, wie viele Scriptsprachen, ist klar. Durch deren Präzision aber auch sehr sicher (Fehler sind überall von Menschen einfließbar) und schnell, auch per WASM im Webbrowser.
https://www.computerwoche.de/article/2834006/6-fehler-die-sich-rust-devs-sparen-sollten.html
New preprint: we used k-mer matching with suffix match length information to create an assembly-to-assembly alignment algorithm + software for bacterial genomes, kbo.
kbo uses the SBWT data structure which lets us run a query in 1-10s and 500-1000MB RAM, depending on the task and parameters.
All our algorithms run in the browser, try the tool at maklin.fi/kbo/ There is no server-side processing, so the data never leaves your computer.
link: https://www.biorxiv.org/content/10.1101/2025.05.19.654936v2
k23 (the Wasm OS) just got a shiny new async executor! But we need your help:
The executor is likely full of concurrency bugs, deadlocks and worse.
So if you want to help out the project an absolute ton head over here and help get kasync tested:
https://github.com/JonasKruckenberg/k23/issues/464
Show HN: Porting Terraria and Celeste to WebAssembly
Introducing **Chakra** - a blazing fast in-browser WebAssembly runtime for builders.
```sh
chakra myfile.wasm
```
– Runs WASM in-browser with logs
– Supports Rust, TinyGo, C, Asc and Python
– One-line introspection & verify commands
Chakra is an open source project and we're building it *with the community*.
https://github.com/anistark/chakra
Read more: https://blog.anirudha.dev/chakra
Give us a shout-out or star the repo on github if you like the idea.
Want to learn about Pulse Width Modulation (PWM) on hardware, but don't have any actual hardware?
We've got you covered with our newest addition to the TinyGo Tour with simulated hardware using WebAssembly in your browser!
https://tinygo.org/tour/pwm/
#tinygo #golang #embedded #pwm #wasm #webassembly
Gren to WebAssembly - YouTube - https://www.youtube.com/watch?v=OCpzEw4T5bA
Ruffle remains the most compelling argument for Rust and WASM as technologies. Anything that allows one to once again experience sbemails in their original vector-art glory is clearly a net positive for society.
https://homestarrunner.com/sbemails/58-dragon