AIKit
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Aikit
Overview :
AIKit is an open-source tool designed to simplify the process of hosting, deploying, building, and fine-tuning large language models (LLMs). It offers a REST API compatible with the OpenAI API, supporting various inference capabilities and formats, allowing users to send requests using any compatible client. Furthermore, AIKit provides an extensible fine-tuning interface with Unsloth support, offering users a fast, memory-efficient, and user-friendly fine-tuning experience.
Target Users :
AIKit is suitable for developers, data scientists, and machine learning engineers who need a simple, efficient, and cost-effective way to deploy and fine-tune large language models. It provides robust support whether you're running it on a local machine or in a cloud environment.
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Use Cases
Quickly start LLMs on a local machine with AIKit without needing a GPU.
Deploy LLMs on Kubernetes with AIKit for automated deployment and management.
Fine-tune models on specific domain data using AIKit's fine-tuning capabilities.
Features
Wide-ranging inference capabilities through LocalAI, compatible with OpenAI API.
Extensible fine-tuning interface with Unsloth support.
Runs effortlessly on Docker without requiring GPUs, internet access, or additional tools.
Minimized image size, reducing vulnerabilities and attack surface.
Supports declarative configuration, simplifying inference and fine-tuning processes.
Supports multi-modal models and image generation.
Supports various model formats like GGUF, GPTQ, EXL2, GGML, and Mamba.
Supports Kubernetes deployment and NVIDIA GPU-accelerated inference.
Supports both non-proprietary and self-hosted container registries for storing model images.
How to Use
1. Install Docker to run AIKit.
2. Clone the AIKit repository from GitHub or use the pre-built Docker image.
3. Configure AIKit's inference and fine-tuning parameters as needed.
4. Start the AIKit service using Docker commands.
5. Send requests using an OpenAI-compatible API client.
6. Fine-tune model configuration based on feedback to optimize performance.
7. Create custom model images and deploy them to container registries if required.
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