Ragas
UnclaimedEvaluate and monitor the quality of your LLM applications with automatic metrics and synthetic data.
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TL;DR - Ragas
- Evaluates LLM applications, especially RAG systems, using automatic metrics.
- Generates synthetic evaluation data customized for specific LLM requirements.
- Monitors LLM application quality in production for continuous improvement.
Pricing: Free plan available
Best for: Growing teams
Pros & Cons
Pros
- Provides comprehensive evaluation for RAG applications component-wise and end-to-end.
- Simplifies the creation of evaluation datasets with synthetic data generation.
- Offers continuous quality assurance for LLM applications in production.
- Integrates with popular LLM frameworks like LlamaIndex and LangChain.
- Recommended by industry leaders and integrated into key AI development tools.
Cons
- Requires technical expertise to implement and interpret evaluation results.
- Focuses primarily on RAG systems, potentially less comprehensive for other LLM use cases.
- Relies on LLM-based evaluation metrics, which can have their own biases or limitations.
Key Features
Automatic evaluation metrics for LLM applicationsSynthetic evaluation data generationOnline monitoring of LLM application qualityContext relevance metricContext recall metricContext precision metricFaithfulness metricAnswer relevancy metric
Pricing Plans
Open-source
Free
- Automatic metrics for LLM application performance and robustness
- Synthetically generate high quality and diverse evaluation data
- Online Monitoring
Enterprise
Contact us
- Enterprise features and collaborations
About Ragas
By Toolradar Team·
Ragas is an open-source framework designed for evaluating the performance and robustness of Large Language Model (LLM) applications, particularly those leveraging Retrieval Augmented Generation (RAG) systems. It provides a suite of automatic metrics to assess various aspects of RAG quality, such as faithfulness, answer relevancy, context precision, and context recall. This allows developers to understand how well their LLM applications are performing and identify areas for improvement.
The platform also offers the capability to synthetically generate high-quality and diverse evaluation data tailored to specific application requirements. This addresses the challenge of acquiring sufficient and relevant test data for LLM evaluation. Furthermore, Ragas supports online monitoring, enabling continuous evaluation of LLM applications in production environments to ensure ongoing quality and provide actionable insights for iterative enhancement. It is built by a team with expertise in applied AI research and is integrated with popular LLM frameworks like LlamaIndex and LangChain.
How we evaluate tools →Source: ragas.io
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Ragas FAQ
What specific RAG metrics does Ragas provide for evaluating LLM applications?
Ragas offers several key metrics for RAG evaluation, including Faithfulness, Answer Relevancy, Context Precision, and Context Recall. These metrics help assess different aspects of an LLM's response generation and its interaction with the retrieved context.
How does Ragas generate synthetic evaluation data, and what are its benefits?
Ragas can synthetically generate high-quality and diverse evaluation data, including questions, contexts, and ground truth answers. This capability is beneficial for creating robust test sets quickly, especially when real-world data is scarce, allowing for more thorough evaluation of LLM performance.
Can Ragas be used to monitor LLM applications that are already deployed in production?
Yes, Ragas supports online monitoring capabilities. This allows users to continuously evaluate the quality of their LLM applications once they are in production, providing ongoing insights to identify performance degradation or areas for improvement.
What are the primary integrations available for Ragas within the LLM development ecosystem?
Ragas is designed to integrate seamlessly with prominent LLM development frameworks. It has established integrations with LlamaIndex and LangChain, enabling developers to incorporate Ragas's evaluation capabilities directly into their existing RAG pipelines.
In what scenarios would the Context Precision metric be particularly useful for RAG evaluation?
The Context Precision metric in Ragas is particularly useful for scenarios where the relevance of the retrieved context to the generated answer is critical. It helps determine if the information provided to the LLM for generating an answer is accurate and directly pertinent, thus ensuring the LLM doesn't rely on irrelevant or misleading context.
Source: ragas.io