LLM + Fine-tuning
Run language models, evaluate their outputs, and adapt them to your tasks with fine-tuning, retrieval, and agents.
Explore LLMs and fine-tuning, voice and audio, image generation, video generation, music generation, and OCR. Learn through model tests, practical experiments, and workflows you can build on.

01 / What we explore
Six areas of learning and experimentation.
Model tests, benchmarks, and practical workflows.
Run language models, evaluate their outputs, and adapt them to your tasks with fine-tuning, retrieval, and agents.
Explore speech recognition, text-to-speech, audio understanding, and voice workflows built with consent.
Generate and edit images, compare model outputs, and build repeatable creative workflows with tools such as ComfyUI.
Experiment with text-to-video and image-to-video, motion consistency, and the steps from generation to a usable clip.
Explore music models, original composition, lyrics, and controllable generation with attention to licensing and creative rights.
Turn scanned pages and images into usable text, extract document structure, and connect the results to practical automation.
These areas guide our research and growing learning library. Explore the published learning paths below; more tutorials will be added over time.
02 / Published learning paths
Focused guides for the work in front of you.
Start with a topic. Follow it all the way through.
Set up Claude Code, manage context, and build repeatable workflows with skills, hooks, and MCP.
Understand retrieval-augmented generation, then put the pieces together in a working RAG pipeline.
Learn the foundations of fine-tuning and walk through a practical setup with Unsloth Studio.
03 / How we learn
We test AI models, explore benchmarks, and turn practical experiments into tutorials. Our focus includes automation with open-source and proprietary models.
Open the learning libraryStart with the concepts: what the system does, where the data goes, and why the architecture matters.
Follow concrete examples, commands, and code. Connect each decision to the thing you’re building.
Use the lessons as a starting point. Change the inputs, try a different approach, and keep experimenting.
A good place to begin
Prefer retrieval or model training? Browse every path ↗