Elementary
FrameworkFreeOpen-source dbt-native data observability and anomaly detection.
Capabilities13 decomposed
dbt-native anomaly detection via statistical test generation
Medium confidenceElementary generates dbt test macros that collect time-series metrics (row counts, freshness, schema changes) directly within dbt runs and apply statistical anomaly detection algorithms (z-score, IQR, moving average baselines) to flag deviations. Tests execute natively in dbt's DAG, storing results in Elementary's metadata schema, eliminating separate monitoring infrastructure and enabling anomalies to fail dbt runs.
Implements anomaly detection as dbt test macros that execute within the dbt DAG rather than as external sidecars, enabling tests to fail dbt runs and store results in the warehouse's native metadata schema. Uses configuration-as-code YAML for threshold definition, allowing version control of detection rules alongside dbt models.
Tighter dbt integration than Soda or Great Expectations (no separate orchestration needed), and lower operational overhead than cloud-native platforms like Databand since anomalies execute during standard dbt runs rather than requiring separate monitoring infrastructure.
dbt test result aggregation and impact lineage tracking
Medium confidenceElementary's dbt package and CLI parse dbt artifacts (manifest.json, run_results.json) to extract test metadata, execution times, and failure reasons, then correlates test failures with downstream model dependencies to surface which datasets are affected. Stores test lineage in Elementary's metadata schema, enabling root-cause analysis by tracing failures upstream through the DAG.
Parses dbt's native artifacts (manifest.json, run_results.json) to build lineage without requiring additional instrumentation or API calls to dbt Cloud. Stores lineage in the warehouse itself (Elementary's metadata schema) rather than external graph databases, enabling SQL-based impact queries.
More lightweight than dbt Cloud's native lineage (no SaaS dependency) and more dbt-specific than generic data lineage tools like OpenMetadata, which require custom connectors. Integrates test results directly into lineage, unlike dbt Cloud which separates test results from DAG visualization.
elementary cloud synchronization and team collaboration
Medium confidenceElementary Cloud provides a managed SaaS platform that syncs monitoring data from open-source Elementary instances, enabling team collaboration, centralized dashboards, and advanced features (column-level lineage, AI-powered tests, team management). Cloud instances pull data from warehouse via Elementary CLI's `send-report` command or push via API, maintaining data residency while providing collaborative UI.
Provides optional managed Cloud platform that syncs with open-source Elementary instances via CLI push, enabling teams to upgrade to Cloud features without migrating data or changing dbt configuration. Maintains data residency by querying warehouse directly rather than copying data to Cloud.
More flexible than dbt Cloud's observability (works with any dbt version) and more collaborative than self-hosted dashboards. Optional Cloud layer enables teams to start with open-source and upgrade without rearchitecting.
anonymous usage tracking and telemetry collection
Medium confidenceElementary CLI collects anonymous telemetry (command usage, feature adoption, error rates) via optional tracking module (elementary/tracking/tracking_interface.py) to inform product development. Tracking is opt-out and does not collect sensitive data (SQL, credentials, table names), enabling Elementary team to understand adoption patterns without compromising user privacy.
Implements opt-out telemetry with explicit privacy safeguards (no SQL, credentials, or table names collected), enabling product insights without compromising user data. Telemetry module is pluggable (elementary/tracking/tracking_interface.py), allowing users to implement custom tracking backends.
More privacy-conscious than many open-source projects (explicitly excludes sensitive data) but less privacy-friendly than fully opt-in telemetry. Provides transparency about what data is collected.
configuration-as-code monitoring setup via dbt yaml
Medium confidenceElementary enables teams to define monitoring configuration (anomaly detection thresholds, freshness SLAs, alert routing) directly in dbt YAML files using the 'meta' field on models and columns. This approach treats monitoring configuration as code, enabling version control, code review, and reproducible monitoring setups. Configuration includes owner tags (meta.owner), anomaly detection parameters (meta.anomaly_detection), and custom metric definitions. The dbt package reads this configuration during runs to apply monitoring logic without separate configuration files.
Enables monitoring configuration to be defined in dbt YAML files (meta field on models/columns) and version-controlled alongside dbt code. Configuration is read by Elementary dbt package during runs, treating monitoring setup as code rather than separate configuration files or UI-based settings.
More integrated with dbt workflows than UI-based configuration (Soda, Great Expectations Cloud) — monitoring configuration lives in dbt YAML and is version-controlled with dbt code, enabling code review and reproducible setups.
automated data quality report generation and distribution
Medium confidenceElementary CLI's `report` command generates a self-contained HTML dashboard aggregating test results, anomaly detections, model performance metrics, and data lineage into a single interactive report. The `send-report` command distributes reports via Slack, Teams, email, or uploads to S3/GCS, enabling async sharing of data quality status without requiring dashboard access.
Generates fully self-contained HTML reports (no external dependencies or JavaScript CDNs) that can be emailed or archived without requiring dashboard access. Integrates test results, anomalies, and lineage into a single report rather than requiring separate tools for each view.
More accessible than dbt Cloud's native reporting (works with self-hosted dbt) and more comprehensive than simple test result summaries, combining anomalies, lineage, and performance metrics. Supports multiple distribution channels (Slack, Teams, email, S3) vs single-channel alternatives.
multi-warehouse metadata extraction and normalization
Medium confidenceElementary's warehouse client layer abstracts SQL dialects across Snowflake, BigQuery, Redshift, Databricks, and Postgres, providing a unified interface for querying metadata (table schemas, row counts, freshness timestamps, column statistics). Clients handle dialect-specific syntax for information_schema queries, enabling anomaly detection and lineage analysis to work identically across warehouses without custom logic per platform.
Implements warehouse-agnostic metadata extraction via a pluggable client architecture (elementary/clients/dbt/warehouse_client.py) that normalizes SQL dialects, enabling the same dbt package to work across 5+ warehouses without conditional logic. Stores all metadata in the warehouse itself rather than external systems.
More warehouse-agnostic than dbt Cloud (which requires separate integrations per warehouse) and simpler than generic metadata tools like Collibra that require custom connectors. Metadata stored in warehouse enables SQL-based querying vs external APIs.
configurable alert filtering, grouping, and routing
Medium confidenceElementary's alerting system processes test failures and anomalies through a configuration-driven pipeline that filters alerts by severity/tags, groups related failures (e.g., all failures in a data mart), and routes to different channels (Slack, Teams, email) based on owner tags or custom rules. Alert deduplication prevents duplicate notifications for the same failure across multiple runs.
Implements alert configuration as dbt YAML (owners, tags, severity) rather than external alert management systems, enabling version control and co-location with data definitions. Deduplication logic prevents duplicate alerts for the same failure across multiple runs.
More integrated with dbt than generic alerting tools (Opsgenie, PagerDuty) which require separate configuration. Simpler than ML-based alert correlation but sufficient for most data quality use cases.
dbt selector-based model and test filtering
Medium confidenceElementary CLI implements dbt's selector syntax (--select, --exclude, --selector) to filter which models and tests to monitor, enabling targeted monitoring of specific data marts or critical paths. Selector evaluation happens during CLI execution, allowing users to run `edr monitor --select tag:critical` to monitor only critical models without modifying dbt configuration.
Reuses dbt's native selector syntax and evaluation logic (via dbt_log parsing) rather than implementing custom filtering, ensuring consistency with dbt's behavior. Enables CLI-level filtering without requiring dbt configuration changes.
More flexible than fixed monitoring profiles and more familiar to dbt users than custom filtering DSLs. Enables dynamic monitoring without dbt project modifications.
schema change detection and column-level monitoring
Medium confidenceElementary's schema monitoring tests detect additions, deletions, and type changes in table columns by comparing current schema against historical snapshots stored in Elementary's metadata tables. Tests execute natively in dbt, flagging schema changes as test failures and enabling alerts when unexpected schema modifications occur (e.g., column drops in production).
Implements schema monitoring as dbt tests that compare current schema against historical snapshots, enabling schema changes to fail dbt runs and trigger alerts. Stores schema history in the warehouse, enabling SQL-based schema evolution queries.
More integrated with dbt than external schema monitoring tools and simpler than data contract frameworks (Soda, Great Expectations) which require separate schema definition files. Enables schema changes to block deployments via dbt test failures.
model execution performance tracking and sla monitoring
Medium confidenceElementary tracks dbt model execution metrics (runtime, row counts, resource utilization) across runs and compares against configurable SLAs (e.g., 'model must complete in <5 minutes'). Performance degradation is detected via statistical analysis of historical runtimes, enabling alerts when models exceed expected execution time or resource consumption.
Collects model execution metrics natively from dbt run_results.json and stores in Elementary's metadata schema, enabling SQL-based performance queries without external APM tools. Compares against historical baselines using statistical methods (z-score, moving average).
Simpler than external APM tools (DataDog, New Relic) and more dbt-specific than generic performance monitoring. Enables performance SLAs to fail dbt runs, unlike dashboards that only visualize metrics.
data freshness tracking and staleness alerting
Medium confidenceElementary monitors table freshness by tracking the timestamp of the last data update (via dbt's `updated_at` metadata or warehouse-specific last_modified timestamps). Freshness tests compare current time against the last update timestamp and alert when data exceeds configured freshness SLAs (e.g., 'data must be updated within 24 hours').
Implements freshness monitoring as dbt tests that compare current timestamp against table's last_modified metadata, enabling freshness breaches to fail dbt runs. Stores freshness history in Elementary's metadata schema for trend analysis.
More integrated with dbt than external freshness monitoring and simpler than data contract frameworks. Enables freshness SLAs to trigger alerts without requiring separate monitoring infrastructure.
dbt cloud and dbt core integration with artifact parsing
Medium confidenceElementary CLI parses dbt artifacts (manifest.json, run_results.json) generated by both dbt Cloud and dbt Core, extracting test results, model metadata, and execution logs. Supports both local artifact paths and remote dbt Cloud API integration, enabling Elementary to work with any dbt deployment model without requiring dbt-specific SDKs.
Implements artifact parsing via direct JSON deserialization (elementary/clients/dbt/dbt_log.py) rather than dbt SDK, enabling support for both dbt Cloud and Core without version-specific dependencies. Supports both local paths and dbt Cloud API, providing flexibility in deployment models.
More flexible than dbt Cloud's native observability (works with dbt Core) and simpler than tools requiring dbt SDK integration. Artifact-based approach enables offline processing and CI/CD integration without real-time API calls.
Capabilities are decomposed by AI analysis. Each maps to specific user intents and improves with match feedback.
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Best For
- ✓dbt-centric data teams wanting observability without external platforms
- ✓teams with strict data governance requiring anomalies to block deployments
- ✓organizations preferring configuration-as-code over UI-based rule builders
- ✓data teams with complex dbt DAGs (50+ models) needing impact analysis
- ✓organizations requiring root-cause analysis for data incidents
- ✓teams using dbt test-driven development wanting visibility into test coverage
- ✓organizations wanting managed observability without self-hosting
- ✓teams with multiple dbt projects needing centralized visibility
Known Limitations
- ⚠Anomaly detection baselines require historical data (typically 7-30 days minimum) before meaningful detection
- ⚠Statistical methods (z-score, IQR) assume normal distributions; skewed metrics may produce false positives
- ⚠No built-in ML-based forecasting; relies on simple statistical models rather than ARIMA or Prophet
- ⚠Requires dbt runs to complete for metric collection; cannot detect anomalies between scheduled runs
- ⚠Lineage analysis limited to dbt DAG; cannot trace impacts into downstream BI tools or ML pipelines
- ⚠Test failure reasons extracted from dbt logs; custom test logic may not produce parseable error messages
Requirements
Input / Output
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About
Open-source data observability platform built for dbt. Provides automated anomaly detection, schema change monitoring, freshness tracking, and a data quality dashboard that integrates natively with dbt models and tests.
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