platoseed
Open-source data observability for data teams
Elementary enables data teams to detect problems in their data before their users do. An open-source solution that any data engineer can deploy in minutes without sharing sensitive data.
Elementary provides an open-source data observability platform with an AI-enhanced control plane that unifies tests, governance, discovery, and health monitoring across data pipelines. It emphasizes a shared context engine that combines metadata, lineage, logs, validations, and health signals to support data teams and AI workflows.
Elementary offers a unified data observability platform featuring AI agents that automate test creation, incident triage, governance, discovery, and performance optimization. The product connects to the entire data stack via a shared context engine, enabling end-to-end visibility with lineage (including column-level lineage), data quality tests (built-in and customizable), automated pipeline monitoring, health scores, and governance tools. It provides a code-first approach for engineers, AI-first capabilities for business users, and integrations across any pipeline or data source, with a centralized interface for testing, metadata management, and issue triage.
Who itβs for: Data teams (engineers, analysts, and governance leads) in organizations that require observability, data quality, governance, and AI-ready data for dashboards and models.
Pricing page and product features indicate active productized offering; customer stories and demos suggest traction and ongoing marketing/education efforts.
Ex-8200, Formerly Incident Response engagement manager at Sygnia (acquired by Temasek). Over 10 years in data analysis and managing teams of analysts and researchers. Validating data since 2010.
Ex-8200 (Israeli intelligence unit), formerly Director of engineering at Singular. Over 10 years in software and data engineering. M.Sc. in Computer Science and Machine learning. Building data pipelines since 2010.

Open-source, dev-friendly observability.

Open-source monitoring for machine learning models