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Y42 vs Monte Carlo

A head-to-head comparison between Y42, a turnkey data orchestrator with built-in observability and Monte Carlo, a data observability platform.

Futuristic landscape

Spot data pipeline errors from light years away

Get a bird's-eye overview of your data pipelines' health or zoom in for granular analysis. Y42's asset monitor is a telescope and microscope rolled into one.

Observability
Observability
Built-in observability

Y42 keeps track of all changes in pipeline logic and data warehouse state, offering full visibility into your data setup — so you can manage it from a centralized mission control center.

Observability
Bolted-on observability

Monte Carlo primarily relies on table metadata, periodically fetched from your data warehouse. Without real-time execution context, issue detection is delayed and offers limited insights.

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Data quality assurance
Data quality assurance
Never let bad data enter production

If a data test fails or an anomaly is detected, Y42 defaults to the asset's most recent successful build, guaranteeing that your production data remains trustworthy.

Data quality assurance
Uncover bad data after it goes live

When an incident is triggered, bad data is already in production. To mitigate this issue, you can manually set up circuit breakers via the API, Pycarlo SDK or Airflow provider.

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Predictive maintenance
Predictive maintenance
Real-time data anomaly detection

Y42's anomaly detection runs as an embedded step in your DAG, flagging unusual patterns in data volumes, freshness, schemas and more — so you can detect issues in real-time.

Predictive maintenance
Delayed anomaly detection

Monte Carlo monitors typically operate on separate schedules from your orchestrated pipelines, causing a time lag in anomaly detection until the next monitoring cycle.

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Debugging
Debugging
See exactly where and why an error occured

Y42 offers in-depth, asset-specific build logs that show you the exact steps leading to failures, enabling you to effortlessly pinpoint and isolate errors.

Debugging
Search for the needle in your data stack

When integrated with other tools, Monte Carlo provides initial clues about the location of errors. However, you still have to check logs scattered across multiple tools to debug the issue.

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Y42 - trusted by data teams across the planet

Futuristic landscape

Make changes with utmost confidence

By versioning both the code and data, Y42 evaluates the impact of your changes before they go live — so you can iterate rapidly while ensuring unwavering reliability in production.

Environment management
Environment management
Streamlined branch-based environments

Y42's branch environments let you create isolated development or pre-production sandboxes with a single click, offering a safe and seamless way to make experimental changes.

Environment management
Map data warehouse to domains

Although Monte Carlo doesn't manage your data pipelines' environments, you can partition your monitoring workspace by mapping schemas or tables to Monte Carlo domains.

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Continuous integration and deployment (CI/CD)
Continuous integration and deployment (CI/CD)
Zero-config CI/CD

Y42 auto-generates YAML configs when you add tests or anomaly detectors, and runs them as CI checks. After merging changes, the updated state is instantly available in production.

Continuous integration and deployment (CI/CD)
Set up and maintain CI/CD tooling

To keep Monte Carlo in sync with data pipeline changes, you can define monitors in YAML files, then apply them using the CLI and API within CI/CD workflows.

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"The way environments work with virtual data builds is reason enough to use Y42. When you test in a branch, materialize and then instantly merge the data back to main... it just feels like magic"

Pierre Zaplet-Brouillard
Pierre Zaplet-BrouillardData & Analytics LeadZigzag App
Futuristic landscape

Build data pipelines that are easy to maintain

Y42's standardized configuration schema lets you ingest, transform, test and automate data flows on a unified architecture — so every component in your data pipelines work together seamlessly.

Infrastructure
Infrastructure
Dive into data, not infrastructure

All you need is a data warehouse to start building end-to-end data pipelines with Y42. From setup to scaling, we've got ingestion, transformation and orchestration covered.

Infrastructure
Maintain a patchwork of tools

Monte Carlo requires integration with every component of your data stack for end-to-end coverage. However, each integration adds maintenance overhead, which slows development.

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Ingestion
Ingestion
Built-in ingestion capabilities

Leverage ready-to-use Y42 sources (powered by CData), Airbyte, Fivetran or Python scripts to ingest data. Just declare your source, we'll handle the infrastructure and execution.

Ingestion
Fivetran integration

While Monte Carlo's Fivetran integration lets you view sync statuses and dependencies, you're limited to observing incidents without the option to proactively manage them.

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Data transformation with dbt Core
Data transformation with dbt Core
Native compatibility with dbt

Y42 natively integrates with dbt Core, enabling you to create dbt models, macros, tests and more right away. You can also import existing dbt projects to get started.

Data transformation with dbt Core
Add dbt CI/CD workflow

To view dbt metadata in Monte Carlo, you'll need to set up and maintain a CI/CD workflow to import the dbt run artifacts generated during each run.

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Orchestration
Orchestration
Asset-based orchestration

Whether it's Y42 sources, dbt models or Python scripts, Y42's asset-based orchestrator lets you declare dependencies between all asset types using ref() and source() functions.

Orchestration
Airflow integration

While Monte Carlo does not offer orchestration functionalities, you can integrate Airflow by adding query tags to DAGs or tasks, and callbacks to trigger webhooks for incident reporting.

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"Y42 brings Gitlab, dbt, and Airbyte seamlessly into the mix, enabling us to build, deploy, and maintain our pipelines effortlessly. From integration to transformation, it's all done right within our data warehouse. Plus with the Git interface, our team started collaborating effectively right away."

Max Pelz
Max PelzBusiness Intelligence LeadKranus Health

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dbt Cloud
Build low-maintenance data pipelines
Managed infrastructure
Ingestion sources
Data transformation with dbtView metadata only
Run Python scripts
End-to-end orchestration
Web IDE
Monitor and safeguard data quality
Centralized asset monitoringBuilt-inBolted-on
View historical dataView logs only
Data tests
Asset-level build history
Inspect data tests' failed rows
Stale dependencies detection
Anomaly detection (beta)
Write-audit-publish pattern
Make changes with confidence
Multi-environment setups
Manage pull requests
DataDiffs to compare data changes
Continuous integrationRequires custom setup
Continuous deploymentRequires custom setup
Instant rollbacksRevert code and data
Build low-maintenance data pipelines
Managed infrastructure
Ingestion sources
Data transformation with dbt
Run Python scripts
End-to-end orchestration
Web IDE
Monitor and safeguard data quality
Centralized asset monitoringBuilt-in
View historical data
Data tests
Asset-level build history
Inspect data tests' failed rows
Stale dependencies detection
Anomaly detection (beta)
Write-audit-publish pattern
Make changes with confidence
Multi-environment setups
Manage pull requests
DataDiffs to compare data changes
Continuous integration
Continuous deployment
Instant rollbacksRevert code and data