My idea would be to implement mvp for Badge Collecting for EAs: e.g. badge on EA forum showing that you have been at EAG or EAGx. Or GWWC pledge giver etc. Kind of like https://poap.xyz/

At a first pass it can be made as a chrome extension that would display these badges to users who have opted in, and without any blockchain whatsoever ;)

I think it's just fun to show off your involvement with the community. More importantly it would be one more step towards developing online reputation system

In the future this system can be extended in more sophisticated ways. E.g. badges that can be displayed on demand, or only to a subset of users. Or badges that contain more data that just "been there". I don't feel comfortable sharing amount of personal donations with everyone, but maybe the frequency could be fine? Or maybe sharing the donation trends over time could be encouraging?

I'm only familiar with python and have zero web coding skills: anyone is up to join?

Project proposal: An app that is like a website blocker like Freedom, but instead of blocking a website, the user can set a maximum amount of money to be donated to charity per week. Any amount of time that is spent on a website (YouTube, Twitter, TikTok, etc) more than a specified amount of time (also set by the user) will be translated to a monetary amount to be donated to a charity(ies) of choice. Like Freedom, the app aims to curtail too much web use/wasting time. 

Example: I set the app so that I have a maximum of $100 a week and one hour of surfing YT per day. At the end of the week I have spent a total of 58 minutes over my allotted time (7 hours). That means the app will automatically give $58 dollars that week to e.g. UNICEF using my credit card. 

The app has the advantage over Freedom of adding a monetary incentive to decrease internet use above a set time. It also will habitualize and normalize charity giving for those using it. 

Project Proposal: Working on understanding how AIs work by watching them think as they play video games.  Needs python developers/possibly c++.

I'd like to extend my current technical alignment project stack in one of a few non-trivial ways and would love help from more experienced software engineers to do it.
- Post: https://www.lesswrong.com/posts/bBuBDJBYHt39Q5zZy/decision-transformer-interpretability
- GitHub: https://github.com/jbloomAus/DecisionTransformerInterpretability

I'm not sure what the spread of technical proficiency is or how interested people are in assisting with my research agenda, but I've made a list of what I think are solid engineering challenges that I would love to get help with. 1/2 is stuff I can do/manage, and 3 is something I would need assistance with from someone with more experience.

1. Re-implementing bespoke grid worlds such as AI safety grid worlds, proper mazes or novel environments in currently maintained/compatible packages (gymnasium and/or <inigrid) to study alignment-relevant phenomena in RL agents/agent simulators.

2. Implementing methods for optimizing inputs (feature visualization) for pytorch models/MiniGrid environments.

3. Develop an  real-time mechanistic interpretability app for procgen games (ie: extend https://distill.pub/2020/understanding-rl-vision/#feature-visualization to game-time, interactive play with pausing). I have a streamlit app that does this for gridworlds which I can demo.

Further Details:

1. The AI Safety GridWorlds (https://github.com/deepmind/ai-safety-gridworlds) is more than 5 years old and implemented in DeepMind’s pycolab engine (https://github.com/deepmind/pycolab). I’d love to study them with the current mechanistic interpretability techniques implemented in  TransformerLens and the Decision Transformer Interpretability codebase, however, getting this all working will take time so it would be cool if people were interested in smashing that out. Having proper mazes for agents to solve in Minigrid would also be interesting in order to test our ability to reverse engineer algorithms from models using current techniques.

2. Feature Visualization Techniques aren’t new but have been previously used on continuous input spaces like CNNs. However, recent work by Jessica Rumbelow (SolidGoldMagicarp post: https://www.lesswrong.com/posts/aPeJE8bSo6rAFoLqg/solidgoldmagikarp-plus-prompt-generation#Prompt_generation ) has shown that it’s possible to perform this technique on discrete spaces such as word embeddings. Extending this to the discrete environments we have been studying or might study (see 1) may provide valuable insights. Lucent (lucid for pytorch) may also be useful for this.

3. The current interactive analysis app for Decision Transformer Interpretability is written in Streamlit and so runs very slowly. This is fine for grid world-type environments but won’t work for continuous procedurally generated environments like procgen (https://github.com/openai/procgen). Writing a procgen/python wrapper that provides live model analysis (with the ability to pause mid-game) will be crucial to further work.

Feel free to ask questions here!

Many people at the EAGx Berkeley Hackathon chose to contribute to open source projects, which is a great way to learn and practice software engineering skills - not just programming, but project workflows like using version control, static analysis, testing, and responding to code reviews (it certainly worked for me).  This page goes into more detail on how and why people contribute to OSS projects.  However, to calibrate your expectations: contributing to open source can be challenging, and getting set up is often time-consuming.  

I therefore recommend running through this interactive intro to GitHub and then this quickstart guide (up to "be social") well before coming.  If you don't have previous experience in open source or working in industry (few academic labs teach these skills!) you'll probably spend most of your time learning the process of contributing, rather than writing code - but it's worth it!

Here's a link to some specific open source issues.