Another tidbit, in the crazy things that AI has done... It has helped create a ANT (common sensor wireless protocol used in workout/biking) implementation for ESP32 by messing around with undocumented registers: https://github.com/RaemondBW/esp32-ant [stingrae]

I am excited to share with you TERMy, a terminal assistant built on top of the NPC-Forge framework. Unlike everything else being built today, TERMy does not use embeddings, machine-learning or LLMs. It runs on the CPU (even on a Raspberry Pi Zero) both in the terminal or client-side in a browser tab and responds in milliseconds. It is a cynical but very knowledgeable Linux terminal assistant that translates your natural language into shell commands without relying on a single artificial neuron.

I had a chance to focus for 2 months on my personal projects since early July, during the strange times of AI price hikes and the end of subsidized tokenmaxing. I was curious to see if I could develop from scratch a terminal assistant capable of handling simple natural language requests. I have a bad memory and got used to ask to copilot "activate the virtual environment" or similar trivial operations spending a non negligible sum every month. I started thinking, maybe I can do something to make my workflow more efficient? Do I really need trillions of parameters to accomplish those tasks?

How it Works

When you type a prompt, it goes through a lightweight NLU pipeline written in ~1000 lines of Python that implement the following steps:

1. Strip expletives, interjections, encouraging, discouraging and thanking words (remove noise)

2. Sentiment analysis

3. Exact Match (very fast)

4. Template Match (slower)

5. Probabilistic Match (even slower)

Step 5 relies on:

1. IDF (Inverse Document Frequency) to identify rare words.

2. BOW (Bag Of Words) to accommodate word inversions.

3. IDF weighted Levenshtein to safely handle typos.

Permission gating is hardcoded into the dataset and enforced for all potentially destructive commands, so it's inherently safer than letting an unpredictable LLM run wild on your machine.

- TERMy in operation: https://www.youtube.com/watch?v=qeIp0xePLBg

- Variance and typo tolerance: https://www.youtube.com/watch?v=tQvGDk6fkk0

- Copilot integration: https://www.youtube.com/watch?v=Wzzouhq2a8A

- Advanced features: https://www.youtube.com/watch?v=qeIp0xePLBg

- Source Code: https://github.com/gioblu/NPC-Forge [gioscarab]

- git compatible

- agent agnostic

- 100% open source

- os and system-agnostic

- multi-runner support

- support mcp/ui/http

- unlimited routines/crons

So I built one, moadim.io is a local Rust daemon you install in the target machine, give it a name and manage its routines via a Git repository, wants a new routine that send you a daily message from this machine? Create a pr and merge, have another routine that run every hour to pull the latest changes to the ~/.config/moadim folder.

With more than 1,000 users, I define this project as almost "done" and ready for production. Me and thousand more people are use it in a daily manner.

It currently supports Claude, Codex, Hermes, and Pi, and you are welcome to add your agent of choice as well because it's 100% configurable.

You are welcome to have a look at the source code of the daemon in "http://github.com/moadim-io/daemon"

Feel free to provide me with suggestions for more features around this topic. I don't want to branch out to new off road topics likt webhooks, this is a "done" software in the realm of agents schedulers that focus on cron-like work.

Also feel free to start the github repository and open issues and PRs for your suggestions. [tupe12334]