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Effortlessly find and manage open-source dependencies for your projects.

The AI developer platform to build AI agents, applications, and models with confidence.

Weights & Biases (W&B) is an AI developer platform designed to streamline the development, management, and deployment of AI models and agents. W&B offers tools for experiment tracking, model building, fine-tuning, and monitoring. W&B Models allows users to build and manage AI models, including training, fine-tuning with serverless RL, and inference. W&B Weave facilitates the iteration, evaluation, and monitoring of agents. The platform includes a model registry for managing datasets, models, prompts, code, and metadata. Secure deployment options include SaaS, dedicated, and customer-managed solutions. W&B supports integration with various frameworks such as LangChain, LlamaIndex, PyTorch, and TensorFlow, providing a comprehensive platform for AI development teams.
Weights & Biases (W&B) is an AI developer platform designed to streamline the development, management, and deployment of AI models and agents.
Explore all tools that specialize in experiment tracking. This domain focus ensures Weights & Biases delivers optimized results for this specific requirement.
Logs and tracks metrics, hyperparameters, and code versions for each experiment run, allowing for easy comparison and reproducibility.
Manages and versions AI models, datasets, and related artifacts, providing a single source of truth for model deployments.
Automates hyperparameter sweeps using advanced algorithms to find the optimal configuration for AI models.
A tool for building, evaluating, and monitoring AI agents, including tracing LLM calls and agent steps.
Allows for fine-tuning large language models using reinforcement learning with fully managed GPU infrastructure.
1. Sign up for a Weights & Biases account.
2. Install the W&B Python library: `pip install wandb`.
3. Initialize a new W&B run with `wandb.init(project="your-project-name")`.
4. Configure your training script to log metrics using `wandb.log({"metric_name": metric_value})`.
5. Use `run.watch(model)` to track gradients and model parameters during training.
6. Explore your experiment results and visualizations on the W&B dashboard.
All Set
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