Open Source LLM toolkit to build trustworthy LLM applications. TigerArmor (AI safety), TigerRAG (embedding, RAG), TigerTune (fine-tuning)

[NeurIPS 2024 Oral] Aligner: Efficient Alignment by Learning to Correct

Toolkit for research purposes in AIS. See the website for the paper.

[CoRL'23] Adversarial Training for Safe End-to-End Driving

Website to track people, organizations, and products (tools, websites, etc.) in AI safety

Can Large Language Models Solve Security Challenges? We test LLMs' ability to interact and break out of shell environments using the OverTheWire wargames environment, showing the models' surprising ability to do action-oriented cyberexploits in shell environments

Common repository for our readings and discussions

Safe Option Critic: Learning Safe Options in the A2OC Architecture

Winning entry for the UC Chile AI Safety Thinkathon 2023. Coauthor @mon-b

[NeurIPS 2024] SACPO (Stepwise Alignment for Constrained Policy Optimization)

Finetuning of Mistral Nemo 13B on the WildJailbreak dataset to produce a red-teaming model

a Python library for peer-to-peer communication over the Yggdrasil network

An organized repository of essential machine learning resources, including tutorials, papers, books, and tools, each with corresponding links for easy access.

This repository is dedicated to enhancing my skills in AI, specifically focusing on PyTorch and various technical aspects of artificial intelligence. It is designed to document my progress as I work through the comprehensive course provided by ARENA.

This project facilitates structured debates between two Language Model (LLM) instances on a given topic. It organises the debate into distinct phases: opening arguments, multiple rounds of rebuttals, and concluding statements.

This repository contains the code, data, and analysis used in the study "Religious-Based Manipulation and AI Alignment Risks," which explores the risks of large language models (LLMs) generating religious content that can encourage discriminatory or violent behavior.

Explore techniques to use small models as jailbreaking judges

where I learn and explore mechanistic interpretability of transformers