A low-code declarative framework for building custom LLMs, neural networks, and other AI models with YAML configurations.
Ludwig is a low-code, declarative deep learning framework designed for building and fine-tuning custom AI models, including large language models (LLMs) and other neural networks. It allows users to define complete model pipelines through YAML configuration files, abstracting away engineering complexity while supporting multi-modal data and scalable distributed training. The framework aims to make state-of-the-art AI accessible without sacrificing control or performance.
Machine learning engineers, data scientists, and researchers who want to rapidly prototype, benchmark, and deploy custom models—especially those working with LLMs, multi-modal data, or requiring production-ready pipelines.
Developers choose Ludwig for its unique balance of low-code simplicity and deep customization, enabling fast experimentation via YAML while retaining full control over model architectures. Its built-in scalability, production tooling, and support for cutting-edge techniques like PEFT and quantization reduce infrastructure overhead.
Low-code framework for building custom LLMs, neural networks, and other AI models
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Allows defining entire model pipelines in YAML, reducing boilerplate code and enabling rapid experimentation without writing training loops.
Seamlessly combines text, images, audio, and tabular data in a single model, supported by built-in encoders and preprocessing.
Automatically handles distributed training with DDP, DeepSpeed, and Ray on Kubernetes, simplifying deployment on GPU clusters.
Provides prebuilt Docker containers, Torchscript export, and REST API serving for easy model deployment and integration.
Requires Python 3.12+, which can conflict with legacy systems or teams using older environments, limiting compatibility.
Advanced customizations require deep understanding of Ludwig's YAML schema, leading to a steep learning curve for nuanced modifications.
Models are tightly coupled with Ludwig's framework, making migration to other tools or integration with non-PyTorch ecosystems challenging.