Copy the http config for Cursor, Claude Desktop, Claude Code, or VS Code on this page. It uses the publisher's install, not a PlugMCP proxy.
Does OpenMetadata need an API key?
No required environment variable is listed on this record.
What transport does OpenMetadata use?
OpenMetadata is reached over HTTP.
When was OpenMetadata last checked?
Last checked 2026-11-10. What does this metric mean and how is it calculated?. Which datasets power this dashboard?. Who owns this data product?
From the publisher
Documentation
OpenMetadata
The Open Context Layer for AI
The largest and fastest-growing open-source project for AI context, data cataloging, and metadata management.
OpenMetadata is the open platform for trusted data context, organizational memory, and business semantics for every data user, AI assistant, and agent.
OpenMetadata connects technical metadata, data quality signals, lineage, column-level lineage, ownership, usage, policies, conversations, memories, glossaries, classifications, metrics, domains, data contracts, and data products into a unified metadata knowledge graph. With 130+ connectors, open metadata standards, semantic search, APIs, SDKs, and an MCP server, OpenMetadata gives every user and AI system the governed context it needs to discover, understand, trust, remember, and use data.
AI does not need another raw database connector. AI needs context + memory.
OpenMetadata provides the context AI needs to know:
what data exists
Key features
01. What does this metric mean and how is it calculated?
02. Which datasets power this dashboard?
03. Who owns this data product?
04. Which data contract applies?
05. Is this dataset fresh, tested, certified, and trusted?
06. Which downstream dashboards, pipelines, or ML models are affected by this column change?
whether it is fresh, tested, certified, and trusted
which business concepts, classifications, glossary terms, policies, contracts, and data products apply
what downstream dashboards, pipelines, metrics, ML models, and applications depend on it
what conversations, decisions, assumptions, and memory nuggets have already been captured about it
Why OpenMetadata for AI?
AI systems need more than data access. They need governed context, business meaning, trust signals, lineage, usage, ownership, standards, and organizational memory.
A direct connection to a warehouse, lake, dashboard, or pipeline exposes raw structures. It does not tell an AI assistant what the data means, whether it is certified, who owns it, which policies apply, what contract governs it, what breaks if it changes, or what the organization has already learned about it.
OpenMetadata is the open context layer that gives every data user and AI agent the full picture of enterprise data.
OpenMetadata brings together five capabilities:
Context — technical, operational, trust, usage, and lineage metadata from across the data ecosystem.
Semantics — business meaning through glossaries, metrics, classifications, domains, policies, ontologies, and data products.
Knowledge Graph — relationships connecting assets, columns, people, teams, quality, lineage, policies, memories, contracts, and business concepts.
Memory — conversations, AI threads, decisions, assumptions, runbooks, remediation notes, and reusable memory nuggets that preserve tribal knowledge.
Activation — MCP, Semantic Search, APIs, SDKs, events, and workflows that make context usable by AI assistants, agents, applications, and humans.
With OpenMetadata, users and AI agents can answer:
What does this metric mean and how is it calculated?
Which datasets power this dashboard?
Who owns this data product?
Which data contract applies?
Is this dataset fresh, tested, certified, and trusted?
Which downstream dashboards, pipelines, or ML models are affected by this column change?
Which columns contain sensitive customer information?
Which glossary terms, policies, standards, and business concepts apply?
What decisions, assumptions, incidents, or conversations have already been captured about this asset?
The Context OpenMetadata Connects
OpenMetadata collects and connects the context AI needs to reason safely over enterprise data.
Context type
What OpenMetadata captures
Why it matters for AI
Technical metadata
Databases, schemas, tables, columns, topics, dashboards, charts, pipelines, APIs, search indexes, ML models, storage assets, data types, constraints, descriptions, joins, sample queries, service metadata, owners, teams, usage, domains, and data products
Helps AI discover what exists and understand how assets are structured
Quality and trust
Test cases, test suites, freshness checks, volume checks, null, uniqueness, distribution, custom tests, profiling results, observability signals, incidents, alerts, and quality history
Helps AI avoid treating every dataset as equally trustworthy
Lineage and impact
Upstream and downstream lineage, table lineage, column-level lineage, dashboard lineage, pipeline lineage, metric lineage, ML model lineage, API and topic dependencies, and OpenLineage events
Helps AI explain where data came from, where it flows, and what changes may break
Semantics
Glossaries, business terms, synonyms, related terms, metrics, KPIs, classifications, tags, domains, data products, policies, personas, lifecycle states, and ontologies
Helps AI map technical names to business meaning
Governance
Owners, stewards, teams, policies, roles, classifications, access context, certification, review workflows, lifecycle states, and data contracts
Helps AI act with policy-aware context
Memory and tribal knowledge
Conversations, AI threads, decisions, assumptions, runbooks, remediation notes, incident learnings, and reusable memory nuggets attached to assets, users, teams, data products, and agent workflows
Helps humans and agents inherit what the organization already learned instead of rediscovering it in every conversation
Helps context move across tools, agents, catalogs, contracts, and knowledge graphs
Architecture: Context + Memory Graph
OpenMetadata is built around an open, schema-first metadata graph.
Collect metadata from warehouses, lakes, BI tools, pipelines, ML platforms, messaging systems, storage systems, APIs, search systems, SaaS applications, metadata systems, documents, conversations, and agent workflows through 130+ connectors, ingestion APIs, events, and SDKs.
Normalize metadata with open schemas and standards so every asset, relationship, policy, contract, lineage event, and memory can be represented consistently.
Connect technical metadata, quality signals, lineage, ownership, usage, policies, conversations, memories, semantics, domains, contracts, and data products into one graph.
Preserve Memory by turning conversations, AI threads, decisions, assumptions, runbooks, and remediation notes into reusable governed memory nuggets tied to data assets and business context.
Govern context with open standards, classifications, policies, roles, data quality, review workflows, data contracts, and stewardship.
Activate that context through Semantic Search, MCP, APIs, SDKs, events, webhooks, metadata applications, and AI workflows.
Memory is part of the architecture, not a side channel. It lets engineers use APIs, SDKs, MCP, or AI workflows to preserve conversational context and convert tribal knowledge into reusable organizational knowledge.
Context Graph, Semantics, and Memory
The OpenMetadata graph does not only store data assets. It stores the relationships between assets, columns, owners, teams, policies, quality tests, lineage, classifications, glossary terms, metrics, domains, data contracts, data products, conversations, and memory nuggets.
Example relationships:
Table ──hasColumn────────────> Column
Column ──classifiedAs─────────> PII
Column ──represents───────────> Customer Identifier
Table ──ownedBy─────────────> Data Engineering Team
Table ──partOf──────────────> Customer 360 Data Product
Dashboard ──dependsOn───────────> Table
Metric ──definedBy───────────> Glossary Term
Pipeline ──produces────────────> Table
Column ──flowsTo─────────────> Column
Test Case ──validates───────────> Table
Policy ──governs─────────────> Classification
Data Contract ──appliesTo───────────> Table
OpenLineage Event ──updatesLineageFor───> Pipeline
Agent Conversation ──capturedAs──────────> Memory
Memory ──informs─────────────> Data Product
Memory ──documentsDecisionFor> Metric
Memory ──attachedTo──────────> Table / Column / Topic / Dashboard / Pipeline / API
This graph gives AI systems the relationships, meaning, memory, and governance they need to reason across the data estate.
Memories: Organizational Context for Humans and Agents
Memories preserve the important context that usually disappears inside chats, tickets, meetings, notebooks, and AI agent threads.
A memory is an open, governed OpenMetadata entity that can be tied to data assets, users, teams, threads, domains, data products, metrics, policies, incidents, and workflows. Engineers can capture and retrieve memories through APIs, SDKs, MCP, chat, or AI applications.
Use memories to preserve:
why a metric changed
why a column was renamed
what assumption was used in an analysis
which remediation fixed a data quality issue
which dashboard or data product a decision applies to
what an AI agent learned while investigating an incident
what a domain expert explained in a conversation
Memories unlock tribal knowledge by making it reusable, governed, searchable, and available to every human, assistant, and agent that touches your data.
MCP, Semantic Search, APIs, AI SDK, and Memory
OpenMetadata makes context actionable through AI- and developer-friendly interfaces.
MCP Server
OpenMetadata includes an MCP server that lets MCP-compatible assistants and agents interact with the metadata graph through natural language.
AI assistants can use OpenMetadata MCP to:
search metadata
run semantic search
retrieve entity details
inspect lineage
understand data contracts and policy context
retrieve or preserve memory nuggets
update descriptions, tags, owners, and other metadata
Semantic Search lets users and AI assistants find data assets by meaning, not only exact keywords.
Find trusted customer purchase datasets with known data quality issues and recent remediation notes.
OpenMetadata can surface conceptually related assets, metrics, glossary terms, data products, memory nuggets, and governance context even when names differ across domains, tools, and teams.
APIs, SDKs, Events, and Webhooks
OpenMetadata exposes APIs, SDKs, events, and webhooks so teams can ingest, update, search, subscribe to, and automate metadata across their ecosystem.
Developers can use the AI SDK to build custom AI applications that use OpenMetadata context and memory programmatically.
from metadata.generated.schema.entity.data.table import Table
from metadata.generated.schema.entity.services.connections.metadata.openMetadataConnection import (
OpenMetadataConnection, AuthProvider,
)
from metadata.generated.schema.security.client.openMetadataJWTClientConfig import (
OpenMetadataJWTClientConfig,
)
from metadata.ingestion.ometa.ometa_api import OpenMetadata
metadata = OpenMetadata(OpenMetadataConnection(
hostPort="http://localhost:8585/api",
authProvider=AuthProvider.openmetadata,
securityConfig=OpenMetadataJWTClientConfig(jwtToken="<your-token>"),
))
assert metadata.health_check()
table = metadata.get_by_name(entity=Table, fqn="sample_data.ecommerce_db.shopify.raw_product_catalog")
print(table.description, [c.name.root for c in table.columns])
Entities are hierarchical — a Table belongs to a Schema, which belongs to a Database, which belongs to a DatabaseService. Every entity references its parent by fullyQualifiedName.
AI SDK — give an agent governed context via MCP
OpenMetadata exposes an MCP server at /mcp. Unlike generic connectors that only read raw database schemas, it exposes semantic search, lineage traversal, glossary/classification, and metadata mutations as tools any LLM can call.
from ai_sdk import AISdk, AISdkConfig
client = AISdk.from_config(AISdkConfig.from_env())
# Convert MCP tools to LangChain format — one line
tools = client.mcp.as_langchain_tools()
# Or call a tool directly
result = client.mcp.call_tool("search_metadata", {"query": "customers"})
Works with LangChain and OpenAI function calling out of the box.
Ask natural-language questions over the metadata graph and find relevant assets even when names and keywords do not match exactly.
Trusted AI Assistants
Ground AI responses in governed metadata: owners, descriptions, glossary terms, classifications, quality, freshness, usage, lineage, policies, contracts, and memory.
Agent Memory and Tribal Knowledge
Capture conversations, decisions, assumptions, runbooks, and agent learnings as governed memory nuggets that can be reused by every data user and AI agent.
Impact Analysis Agents
Ask what will break if a table, column, pipeline, dashboard, metric, ML feature, contract, or data product changes.
Governance Automation
Use agents to suggest descriptions, assign glossary terms, identify sensitive data, propose ownership, enforce contract context, and manage stewardship workflows.
Data Quality Automation
Use AI workflows to create tests, summarize failures, identify root causes, preserve remediation memory, and recommend next actions.
Developer and Coding Agent Workflows
Connect coding agents to OpenMetadata so they understand schemas, owners, lineage, business definitions, quality expectations, contracts, and memory before generating SQL, dbt models, documentation, tests, migration plans, or impact analysis.
Open Standards and Interoperability
OpenMetadata is built on open metadata standards.
OpenMetadata Standards is the open-source home for schemas, APIs, ontologies, event models, and semantic specifications behind OpenMetadata.
It provides:
700+ JSON Schemas for metadata entities, APIs, configurations, events, and relationships
RDF/OWL ontologies for semantic web, linked data, and knowledge graph use cases
SHACL shapes for validation
JSON-LD contexts for semantic interoperability
standards for governance, lineage, quality, observability, teams, users, roles, policies, events, contracts, and data products
OpenMetadata supports and aligns with the standards that matter for AI context and data ecosystems:
Standard
How OpenMetadata uses it
DCAT / DPROD
Represents catalog and data-product context in interoperable semantic models, including datasets, data services, distributions, domains, owners, input and output datasets, lifecycle state, purpose, and policies.
PROV-O
Uses W3C provenance semantics for lineage, generated/derived data, agents, activities, ownership, and explainable context.
OpenLineage Support
Accepts and connects OpenLineage-compatible lineage events so pipeline execution metadata can enrich the broader OpenMetadata graph.
ODCS Support
Supports Open Data Contract Standard 3.1 for interoperable data contracts, contract import/export, schema expectations, quality rules, SLAs, support channels, roles, and producer-consumer agreements.
RDF/OWL, JSON-LD, SHACL
Makes metadata graph-friendly, semantically interoperable, and validatable for linked data, knowledge graph, and AI use cases.
JSON Schema, APIs, Events
Keeps metadata portable, automation-friendly, and extensible across tools, agents, and custom applications.
These standards make OpenMetadata a foundation for interoperable semantic metadata, linked data, data products, data contracts, lineage, provenance, and enterprise knowledge graphs.
OpenMetadata is the open-source foundation for AI context, metadata, organizational memory, semantics, governance, quality, lineage, data contracts, open standards, APIs, MCP, and AI SDK workflows.
For managed enterprise capabilities, AI agents, automation, AI Studio, enterprise MCP workflows, commercial support, and managed operations, see Collate:
We welcome contributions from the community. You can help improve metadata schemas and standards, add connectors, improve ingestion workflows, enhance MCP tools, improve semantic search, add memory workflows, add documentation, fix bugs, and improve the user experience.
