When should I use Azkaban instead of Kedro?

Hadoop ecosystem workflow scheduling with simple job dependency management via .job files. Teams with existing Hadoop infrastructure who need a lightweight, native scheduler. Simple DAG definitions without needing to write framework-specific Python or Java code

When should I use Kedro instead of Azkaban?

Structuring and standardizing ML and data science projects for reproducibility and production readiness. Teams who want a framework to enforce modularity, data catalog management, and pipeline documentation. Transitioning notebook-based experiments into maintainable, testable Python pipeline code

What are the main weaknesses of Azkaban?

Effectively legacy — active development has slowed significantly since LinkedIn open-sourced it. Web UI and feature set are dated compared to Airflow, Prefect, or Dagster. Tightly coupled to Hadoop; a poor fit for modern cloud-native or containerized pipeline architectures

What are the main weaknesses of Kedro?

Opinionated project structure feels rigid for simple use cases or small scripts. Not a scheduler — needs Airflow, Prefect, or a similar tool to run pipelines on a schedule. Node, pipeline, and catalog abstraction has a learning curve that can slow initial productivity

Azkaban vs Kedro: Key Differences for Python Data Engineering

Orchestration Tools

Azkaban

Hadoop Workflow Scheduler

★ 3.8

Apache-2.0

N/A — Java-based, no pip install

Kedro

Python Data Pipeline Framework

★ 4.4

Apache-2.0

pip install kedro

Side-by-Side Comparison

Azkaban

Kedro

Azkaban

Kedro

Best For

✓Hadoop ecosystem workflow scheduling with simple job dependency management via .job files
✓Teams with existing Hadoop infrastructure who need a lightweight, native scheduler
✓Simple DAG definitions without needing to write framework-specific Python or Java code

✓Structuring and standardizing ML and data science projects for reproducibility and production readiness
✓Teams who want a framework to enforce modularity, data catalog management, and pipeline documentation
✓Transitioning notebook-based experiments into maintainable, testable Python pipeline code

Best For

✓Hadoop ecosystem workflow scheduling with simple job dependency management via .job files
✓Teams with existing Hadoop infrastructure who need a lightweight, native scheduler
✓Simple DAG definitions without needing to write framework-specific Python or Java code

✓Structuring and standardizing ML and data science projects for reproducibility and production readiness
✓Teams who want a framework to enforce modularity, data catalog management, and pipeline documentation
✓Transitioning notebook-based experiments into maintainable, testable Python pipeline code

Weaknesses

•Effectively legacy — active development has slowed significantly since LinkedIn open-sourced it
•Web UI and feature set are dated compared to Airflow, Prefect, or Dagster
•Tightly coupled to Hadoop; a poor fit for modern cloud-native or containerized pipeline architectures

•Opinionated project structure feels rigid for simple use cases or small scripts
•Not a scheduler — needs Airflow, Prefect, or a similar tool to run pipelines on a schedule
•Node, pipeline, and catalog abstraction has a learning curve that can slow initial productivity

Weaknesses

•Effectively legacy — active development has slowed significantly since LinkedIn open-sourced it
•Web UI and feature set are dated compared to Airflow, Prefect, or Dagster
•Tightly coupled to Hadoop; a poor fit for modern cloud-native or containerized pipeline architectures

•Opinionated project structure feels rigid for simple use cases or small scripts
•Not a scheduler — needs Airflow, Prefect, or a similar tool to run pipelines on a schedule
•Node, pipeline, and catalog abstraction has a learning curve that can slow initial productivity

License

Apache-2.0

License

Apache-2.0

Install

N/A — Java-based, no pip install

pip install kedro

Install

N/A — Java-based, no pip install

pip install kedro

Rating

★ 3.8

★ 4.4

Rating

★ 3.8

★ 4.4

Key Features

Azkaban

1Batch workflow scheduler originally developed at LinkedIn
2DAG-based job dependency management via properties files
3Web UI for workflow visualization, monitoring, and manual triggering
4HDFS and Hadoop ecosystem integration for data pipeline scheduling
5Email and SLA alerting on job failure and delay

Kedro

1Modular pipeline framework with a catalog-based data management layer
2Node and Pipeline abstractions separate data logic from orchestration
3DataCatalog decouples dataset reading/writing from pipeline code
4Built-in support for Jupyter, Airflow, Prefect, and Kubeflow runners
5Project template enforces consistent structure across data science projects

How Python Data Engineers Use These Tools

Azkaban

Python data engineers submit Azkaban workflow packages using the Azkaban REST API from Python scripts — uploading a ZIP of job definition files, triggering execution, and polling for completion status. Python jobs run as command-type Azkaban tasks that execute Python scripts on the cluster, with Azkaban managing the dependency ordering between pipeline steps.

Kedro

Data engineering teams use Kedro to structure ML and analytics pipelines as modular, testable Python functions. The DataCatalog allows engineers to define data sources (S3 Parquet files, SQL tables, local CSVs) in a YAML config — switching environments just changes the catalog config, not the pipeline code. Nodes are pure Python functions that are easy to unit test.

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Individual Tool Pages

View Azkaban details →View Kedro details →

Side-by-Side Comparison

Azkaban

Kedro

Azkaban

Kedro

Best For

✓Hadoop ecosystem workflow scheduling with simple job dependency management via .job files
✓Teams with existing Hadoop infrastructure who need a lightweight, native scheduler
✓Simple DAG definitions without needing to write framework-specific Python or Java code

✓Structuring and standardizing ML and data science projects for reproducibility and production readiness
✓Teams who want a framework to enforce modularity, data catalog management, and pipeline documentation
✓Transitioning notebook-based experiments into maintainable, testable Python pipeline code

Best For

✓Hadoop ecosystem workflow scheduling with simple job dependency management via .job files
✓Teams with existing Hadoop infrastructure who need a lightweight, native scheduler
✓Simple DAG definitions without needing to write framework-specific Python or Java code

✓Structuring and standardizing ML and data science projects for reproducibility and production readiness
✓Teams who want a framework to enforce modularity, data catalog management, and pipeline documentation
✓Transitioning notebook-based experiments into maintainable, testable Python pipeline code

Weaknesses

•Effectively legacy — active development has slowed significantly since LinkedIn open-sourced it
•Web UI and feature set are dated compared to Airflow, Prefect, or Dagster
•Tightly coupled to Hadoop; a poor fit for modern cloud-native or containerized pipeline architectures

•Opinionated project structure feels rigid for simple use cases or small scripts
•Not a scheduler — needs Airflow, Prefect, or a similar tool to run pipelines on a schedule
•Node, pipeline, and catalog abstraction has a learning curve that can slow initial productivity

Weaknesses

•Effectively legacy — active development has slowed significantly since LinkedIn open-sourced it
•Web UI and feature set are dated compared to Airflow, Prefect, or Dagster
•Tightly coupled to Hadoop; a poor fit for modern cloud-native or containerized pipeline architectures

•Opinionated project structure feels rigid for simple use cases or small scripts
•Not a scheduler — needs Airflow, Prefect, or a similar tool to run pipelines on a schedule
•Node, pipeline, and catalog abstraction has a learning curve that can slow initial productivity

License

Apache-2.0

License

Apache-2.0

Install

N/A — Java-based, no pip install

pip install kedro

Install

N/A — Java-based, no pip install

pip install kedro

Rating

★ 3.8

★ 4.4

Rating

★ 3.8

★ 4.4

Key Features

Azkaban

1Batch workflow scheduler originally developed at LinkedIn
2DAG-based job dependency management via properties files
3Web UI for workflow visualization, monitoring, and manual triggering
4HDFS and Hadoop ecosystem integration for data pipeline scheduling
5Email and SLA alerting on job failure and delay

Kedro

1Modular pipeline framework with a catalog-based data management layer
2Node and Pipeline abstractions separate data logic from orchestration
3DataCatalog decouples dataset reading/writing from pipeline code
4Built-in support for Jupyter, Airflow, Prefect, and Kubeflow runners
5Project template enforces consistent structure across data science projects

How Python Data Engineers Use These Tools