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Gradients
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Gradients

Owned by Rayon Labs

Gradients is founded by Chris, known in the Bittensor community as Wandering Weights. Development and operations are supported by Rayon Labs. The project is fully open-source, with code maintained under the gradients-ai GitHub organization.

What is Gradients?

Gradients is a decentralized AI training platform that enables users to fine-tune and deploy models directly through a browser interface - no complex infrastructure or deep ML knowledge required.Gradients makes it easy to customize language, vision, and multimodal models using your own datasets. It integrates with tools like Weights & Biases and Hugging Face, giving users full control and visibility over training workflows.

Gradients is ideal for ML researchers, product teams, and hobbyists who want to build production-ready models in a fast, scalable, and decentralized way.

How Gradients works?

The current version of Gradients operates through a tournament system. Miners submit open-source training scripts that are executed by validators on dedicated infrastructure. Each tournament lasts 4 to 7 days, with new tournaments starting 72 hours after the previous one ends. Validators provide fixed compute, run all submitted scripts, and compare results head-to-head. The top-performing miners receive exponentially higher weight and emissions. Winning AutoML scripts are released publicly to the gradients-opensource GitHub organization, building an open library of training techniques.

Rather than using a single predetermined strategy to fine-tune a model (the approach taken by centralized platforms like Google Cloud AutoML or HuggingFace AutoTrain), Gradients pools multiple miners who each work independently to discover the best fine-tuning configuration for a given dataset and task. This competitive approach means the platform consistently finds configurations that a single automated pipeline would miss. Miners are evaluated on loss scores measured on held-out test data they never access during training, ensuring genuine generalization rather than overfitting.

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