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W&B Weave

Framework for Building and Improving LLM Applications

Freemium
Screenshot of W&B Weave

Description

W&B Weave, developed by Weights & Biases, is a versatile framework designed to streamline the entire lifecycle of Large Language Model (LLM) application development. It provides tools and infrastructure to support developers from initial experimentation through to production monitoring and improvement. The platform aims to enhance flexibility and scalability for building robust LLM-based systems.

Key capabilities include detailed tracing and monitoring of LLM calls and application logic for effective debugging and analysis, alongside systematic iteration tools for refining prompts, datasets, and models. W&B Weave facilitates experimentation via an LLM Playground, offers comprehensive evaluation features with custom and built-in scorers for performance assessment, and supports productionization through feedback collection, PII redaction, online evaluation, and safety guardrails. It integrates with various LLM providers, local models, and frameworks through Python/TypeScript SDKs and a Service API.

Key Features

  • Tracing & Monitoring: Track LLM calls, application logic, costs, and media for debugging and analysis.
  • Systematic Iteration: Tools to refine and iterate on prompts, datasets, and models.
  • Experimentation: LLM Playground to test different models and prompts.
  • Evaluation: Assess application performance using custom or built-in scorers and comparison tools.
  • Version Control: Manage versions of models and prompts.
  • Productionization: Features for collecting feedback, redacting PII, online evaluation, and implementing safety guardrails.
  • Integrations: Connects with numerous LLM providers, local models, frameworks, and third-party services.

Use Cases

  • Develop LLM-based applications
  • Monitor production LLM systems
  • Evaluate RAG applications
  • Debug LLM errors and application logic
  • Iterate on prompts and models systematically
  • Implement LLM safety guardrails
  • Compare performance across LLM experiments

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