Promptfoo is an evaluation framework designed for testing, benchmarking, and red-teaming language models and agentic workflows. It provides a unified environment to run prompts against multiple providers, allowing developers to systematically validate model outputs against objective assertions, semantic similarity metrics, and custom grading rubrics.
Principalele funcționalități ale promptfoo/promptfoo sunt: LLM Evaluation, Prompt Engineering Toolkits, Automated Prompt Testing, Adversarial Red Teaming Toolkits, Automated Assertion Validators, Adversarial Security Research, LLM Provider Integrations, RAG Evaluation Frameworks.
Alternativele open-source pentru promptfoo/promptfoo includ: confident-ai/deepeval — Deepeval is a framework for testing and evaluating large language model applications. It provides a suite of tools for… typpo/promptfoo — promptfoo is an evaluation framework for measuring the performance of large language model prompts, agents, and… vibrantlabsai/ragas — Ragas is an evaluation framework designed to measure the performance of retrieval-augmented generation pipelines and… mlflow/mlflow. ibm/mcp-context-forge — mcp-context-forge is a Model Context Protocol federation gateway that unifies diverse AI tool servers and APIs into a… camel-ai/camel — This project is a comprehensive framework for building and managing autonomous agent systems. It provides a unified…
Deepeval is a framework for testing and evaluating large language model applications. It provides a suite of tools for executing automated regression tests, validating model output quality against defined standards, and tracing the execution of complex agent workflows. By integrating these capabilities into development pipelines, the platform ensures consistent performance and reliability throughout the software lifecycle. The platform distinguishes itself through its focus on programmatic validation and observability. It utilizes secondary language models to score output quality and employs
promptfoo is an evaluation framework for measuring the performance of large language model prompts, agents, and retrieval augmented generation pipelines. It provides a suite of tools for conducting comparative benchmarking and executing automated quality and security regressions. The system features a benchmarking suite for running identical prompts across different model providers to compare output quality side-by-side. It also includes a dedicated red teaming tool for identifying security vulnerabilities and prompt injection risks through automated penetration testing. The framework suppor
Ragas is an evaluation framework designed to measure the performance of retrieval-augmented generation pipelines and autonomous agent workflows. It provides a comprehensive suite of tools for benchmarking system outputs, utilizing language models as automated judges to score performance against defined rubrics and reference data. By standardizing inputs, retrieved contexts, and generated responses into a unified schema, the project enables consistent analysis across complex AI applications. The framework distinguishes itself through its ability to generate synthetic test datasets from existin