[KongchangAI]
Product

DeepEval

An open-source evaluation framework for LLM applications, offering multiple evaluation metrics including hallucination detection, answer relevance, and RAG assessment. It supports CI/CD integration and is a representative tool in the AI evaluation space.

Timeline (last 90 days)

Oct 13

When choosing only one framework, if you rely heavily on pytest and have no YAML-driven evaluation system, you should choose DeepEval, but you must fix evaluation_steps on day one.

Unverified50%
Oct 13

DeepEval's first-time configuration took about 40 minutes, running 40 data items took 4 minutes 48 seconds, the cost was $1.31, and the agreement rate with manual annotation was 31/40.

Unverified50%
Oct 13

DeepEval does not raise an error when the sum of scoring rubric weights is not 1.0, and performs no sanity check.

Unverified50%
Oct 13

When evaluation_steps is not passed, DeepEval's G-Eval metric automatically generates scoring steps based on criteria, causing the same response to potentially get opposite conclusions on re-runs, producing drift.

Unverified50%
Oct 13

In the article, under DeepEval's default mode, 7 responses had their pass/fail conclusion flip at least once across three re-runs; after manually fixing evaluation_steps, the number of flips dropped to 3, and the agreement rate rose from 31/40 to 35/40.

Unverified50%
Oct 13

After cleaning up the anchors and prompts, promptfoo's agreement rate rose from 34/40 to 37/40, and DeepEval's rose from 35/40 to 36/40.

Unverified50%
Oct 13

promptfoo integrates with CI via CLI and YAML, while DeepEval integrates via pytest.

Unverified50%
Oct 9

RAGAS and DeepEval are commonly used agent/model evaluation frameworks.

Unverified50%
Sep 23

Evaluation frameworks such as Ragas and DeepEval focus on offline batch testing of RAG pipeline or single-inference quality, making them suitable for running in CI workflows.

Unverified50%
Sep 17

The AI agent evaluation (LLM Evaluation) space has seen the emergence of representative products such as Ragas, DeepEval, LangSmith, and Brainlid.

Unverified50%

4 more timeline events

All Facts (14)

Unverified

When choosing only one framework, if you rely heavily on pytest and have no YAML-driven evaluation system, you should choose DeepEval, but you must fix evaluation_steps on day one.

50%
Unverified

DeepEval's first-time configuration took about 40 minutes, running 40 data items took 4 minutes 48 seconds, the cost was $1.31, and the agreement rate with manual annotation was 31/40.

50%
Unverified

DeepEval does not raise an error when the sum of scoring rubric weights is not 1.0, and performs no sanity check.

50%
Unverified

When evaluation_steps is not passed, DeepEval's G-Eval metric automatically generates scoring steps based on criteria, causing the same response to potentially get opposite conclusions on re-runs, producing drift.

50%
Unverified

In the article, under DeepEval's default mode, 7 responses had their pass/fail conclusion flip at least once across three re-runs; after manually fixing evaluation_steps, the number of flips dropped to 3, and the agreement rate rose from 31/40 to 35/40.

50%
Unverified

After cleaning up the anchors and prompts, promptfoo's agreement rate rose from 34/40 to 37/40, and DeepEval's rose from 35/40 to 36/40.

50%
Unverified

promptfoo integrates with CI via CLI and YAML, while DeepEval integrates via pytest.

50%
Unverified

RAGAS and DeepEval are commonly used agent/model evaluation frameworks.

50%
Unverified

Evaluation frameworks such as Ragas and DeepEval focus on offline batch testing of RAG pipeline or single-inference quality, making them suitable for running in CI workflows.

50%
Unverified

The AI agent evaluation (LLM Evaluation) space has seen the emergence of representative products such as Ragas, DeepEval, LangSmith, and Brainlid.

50%
Unverified

LLM evaluation engineering typically relies on frameworks such as RAGAS and DeepEval, combined with human annotation or using another LLM as a judge for scoring.

50%
Unverified

Mainstream RAG evaluation frameworks include RAGAS, TruLens, and DeepEval, which typically score across two dimensions—retrieval quality and generation quality—but lack built-in support for specialized requirements such as exact identifier matching and rule clause completeness

50%
Unverified

Ragas、TruLens、DeepEval等开源框架提供RAG指标的自动化计算,其中不少采用LLM as a judge方式评分

50%
Unverified

开源评估框架RAGAS专注于RAG系统评估,与DeepEval等工具正在将评估最佳实践标准化

50%

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