TigerLab - Open Source LLM Toolkit

🐅🚀Framework for Trustworthy LLM development: RAG + FineTune + AI Safety Measurement🚀🐅

🙌 AI Safety Report

Request Safety Evaluation for your LLMs & Chatbots at ⭐ TigerLab.ai ⭐

Details can be found at: Metrics Defination

✨ Demo

Find more demos at TigerLab.ai

Demo 1 - Enhanced Retrieval Capabilities w/ EBR, RAG and GAR

Demo 1 - Youtube

https://github.com/tigerlab-ai/tiger/assets/4805931/e7c35117-269a-437d-99ab-10407a901cc5

Demo 2 - Fine-tuning Llama2 and DistilBERT

Demo 2 - Youtube

https://github.com/tigerlab-ai/tiger/assets/148816206/4835b876-77e2-4483-9773-ea0b1d625f6c

🔬 Tech stack

• TigerRAG: Use embeddings-based retrieval (EBR), retrieval-augmented generation (RAG), and generation-augmented retrieval (GAR) to fulfill queries. The demo used BERT for embedding, FAISS for indexing, text-davinci-003 for generation.
• TigerTune: Python SDK to fine-tune, make inference, and evaluate Text Generation models and Text Classification models. The notebook demo fine-tuned Llama2 and DistilBERT.
• TigerDA: Data Augmentation Toolkit. The generation-based augmenter supports data augmentation with fine-tuned (instruction-based) GPT2. Top-k and Top-p Sampling has been used for decoding. Perturbation-based augmenter coming soon!
• TigerArmor AI safety Toolkit. It contains metrics, datasets, evaluation tools for measure AI safety for LLMs, like Llama 2, GPT-4, Mistral, etc.

👨‍🚀 Prerequisites

Before you begin setting up this project, please ensure you have completed the following tasks:

0. Setup Tutorial

• Tutorial - YouTuBe

1. LLM - OpenAI API Token

💿 Installation

• Step 1. Clone the repo

  git clone https://github.com/tigerlab-ai/tiger.git
  

• Step 2. Install TigerRAG

  • Install all Python requirements

  cd tiger/TigerRAG
  pip install .
  

  Demo:

  cd demos/movie_recs
  python demo_ebr.py
  python demo_rag.py
  python demo_gar.py
  

• Step 3. Install TigerTune

  • Install all Python requirements

  cd tiger/TigerTune
  pip install --upgrade -e .
  

  Demo:

  python examples/classification_example.py 
  python examples/generation_example.py 
  

  CUDA GPU is needed to run generation_example.py. If you don't have a CUDA GPU connected, you can leverage our notebooks in notebooks/.

• Step 4. Install TigerDA

  • Install all Python requirements

  cd tiger/TigerDA
  pip install --upgrade -e .
  

  Demo:

  python examples/text_generation_augmenter_example.py 
  

📍 Roadmap

• Launch v0.0.1
• Release TigerDA
• Release TigerArmor
• Add additional model support in TigerTune
• Add perturbation-based augmenters in TigerDA
• Release GPT Text Completion Models comparisions
• TigerLab Safety dataset crowd sourcing program
• TigerLab AI Safety Leaderboard for LLMs
• TigerLab Leaderboard for dataset contributors
• VectorDB for TigerRAG
• WebApp

🫶 Contribute to TigerLab

Please check out our Contribution Guide!

For bug fixes and feature requests, please file a Github issue.

In addition to the mentioned roadmap, we also maintain a backlog at https://github.com/tigerlab-ai/tiger/issues.

💪 Contributors

🎲 Community

• Join us on Discord

📝 Citation

@misc{TigerLabAI_2023,
  title={TigerLab AI Repository},
  author={TigerLab AI},
  howpublished={GitHub. Available online: https://github.com/tigerlab-ai/tiger},
  year={2023}
}

A significant gap has arisen between general Large Language Models (LLMs) and the data stores that provide them with contextual information. Bridging this gap is a crucial step towards grounding AI systems in factual and safety domains, where their value lies not only in their generality but also in their specificity and uniqueness.

In pursuit of this goal, we are thrilled to introduce the Tiger toolkit (TigerRAG, TigerTune, TigerDA, TigerArmor) as an open-source resource for developers to create trustworthy AI models and language applications tailored to their specific needs.

We believe that our efforts will play a pivotal role in shaping the next phase of language modeling. This phase involves organizations customizing AI systems to align with their unique intellectual property and safety requirements, ushering in a new era of AI precision and safety.