TUI file manager with Bitwarden/SFTP/S3 support written in go.

Runs pretty much anywhere.

Current feature in the works is built-in audio player.

As someone who still likes to purchase and organize music in files and directories, I couldn't resist the itch to code a worthy competitor to Cubic Player :)

It's pretty simple to set up and is designed to "just work", set and forget.

Recently, I've been experimenting with an Elixir Lua runtime (https://deflua.com/) to build custom feeds by parsing HTML, which has worked exceedingly well, so hoping to release that soon.

It's an extremely niche product, but has been growing well organically, which is nice for a side project!

- Puma, The terminal browser: https://github.com/meerita/puma-browser

- Kernq, a full replacement of lsof: https://github.com/meerita/kernq

- Entroq, modern lossless compression for modern systems: https://github.com/meerita/entroq

It's a simple PGN app to help capturing chess notation from score sheet and fix the mistakes

Often my son and I made mistakes (mixing up b and B, or wrong rank, missing some moves) writing the notations and existing PGN parser simply stop at the first error and discard the rest. ChessNotate highlights the error while maintaining the original moves so you can see if your fix is actually fixes the remaining of the moves (or not)

Used it in the recent chess tournament and it's been really helpful

It's a breathing app that uses your phone to recognise and measure breathing in real-time. Breathing also drives interactive visuals, e.g. fluid, cloth sims and soft body sims.

I have been meaning to make an Android version, but as an interim I started building a web version of simple breathing patterns here: https://lungy.app/breathe/

Working with remote large data sets as if they where local.

I made the project public on May, and now as September has arrived, you can work with post production videos anywhere in the world. You can run the daemon on your own NAS and access the data on-demand from your working machines.

The same applies to data acquisition in digital forensics flows.

My goal is to better understand the economics of AI and make something useful in the process.

(Coming soon: kWh prices and robot prices)

Mostly built with claude code with a dash of codex.

A recent, useful unlock in the process has been a daily CC routine to check the health of the 53 price collectors in the project.

well, claude is: https://modus-lisp.github.io

https://devorajs-docs-docs.vercel.app https://github.com/hassanalsa3aka/devora.js