An open-source Python library for data scientists and ML engineers to evaluate, test, and monitor machine learning models in production by analyzing data quality, data drift, and model performance.
Evidently is an open-source Python library designed to bridge the gap between ML model development and production monitoring. It primarily serves data scientists and MLOps engineers who need to maintain the performance and reliability of deployed models. The tool generates detailed interactive reports and JSON profiles that analyze everything from data and prediction drift to overall model quality metrics. Its unique value lies in being a code-centric, highly extensible framework that integrates directly into existing data science workflows, like Jupyter notebooks and Airflow pipelines. This allows teams to build robust, automated model validation and monitoring systems without relying on third-party SaaS platforms.
Data Scientists, Machine Learning Engineers, and MLOps Professionals responsible for building, deploying, and maintaining machine learning models in production environments.
Based on 0 reviews
4.2k+ GitHub stars
2021
Dubai, United Arab Emirates
Open Source
The self-hosted Python library. Includes all core monitoring features, unlimited models, and reports. Requires self-management and integration into your own infrastructure.
Free
Cloud
A fully managed service designed for teams. Offers a central monitoring hub, collaboration features, alerting, and no-code report generation. Currently available via a waitlist.
Private Beta
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Another leading ML observability platform that excels in real-time performance monitoring and root-cause analysis, often preferred for its powerful troubleshooting workflows.
An open-source competitor that focuses specifically on estimating model performance in the absence of ground truth, making it a strong choice for use cases with delayed labels.
An open-source and commercial platform geared towards creating lightweight, mergeable data profiles (whylogs), which is ideal for monitoring at scale across distributed systems.
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