Apache Airflow is an open source tool that can be used to programmatically author, schedule and monitor data pipelines using Python and SQL. Created at Airbnb as an open-source project in 2014, Airflow was brought into the Apache Software Foundation’s Incubator Program 2016 and announced as Top-Level Apache Project in 2019. It is used as a data orchestration solution, with over 140 integrations and community support.
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Azure Batch
Score 8.8 out of 10
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Azure Batch is cloud-scale job scheduling and compute management.
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Pricing
Apache Airflow
Azure Batch
Editions & Modules
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Offerings
Pricing Offerings
Apache Airflow
Azure Batch
Free Trial
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No
Free/Freemium Version
Yes
No
Premium Consulting/Integration Services
No
No
Entry-level Setup Fee
No setup fee
No setup fee
Additional Details
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More Pricing Information
Community Pulse
Apache Airflow
Azure Batch
Features
Apache Airflow
Azure Batch
Workload Automation
Comparison of Workload Automation features of Product A and Product B
For a quick job scanning of status and deep-diving into job issues, details, and flows, AirFlow does a good job. No fuss, no muss. The low learning curve as the UI is very straightforward, and navigating it will be familiar after spending some time using it. Our requirements are pretty simple. Job scheduler, workflows, and monitoring. The jobs we run are >100, but still is a lot to review and troubleshoot when jobs don't run. So when managing large jobs, AirFlow dated UI can be a bit of a drawback.
Azure is specifically suited for businesses that work with customers that need to work with Microsoft software products. Any instances of Microsoft products or suites that require an environment test to set up would definitely benefit from this tool. As an IT support, it is relatively easy to support and use. Where this tool is not useful if a customer has no need for it.
Apache Airflow is one of the best Orchestration platforms and a go-to scheduler for teams building a data platform or pipelines.
Apache Airflow supports multiple operators, such as the Databricks, Spark, and Python operators. All of these provide us with functionality to implement any business logic.
Apache Airflow is highly scalable, and we can run a large number of DAGs with ease. It provided HA and replication for workers. Maintaining airflow deployments is very easy, even for smaller teams, and we also get lots of metrics for observability.
For its capability to connect with multicloud environments. Access Control management is something that we don't get in all the schedulers and orchestrators. But although it provides so many flexibility and options to due to python , some level of knowledge of python is needed to be able to build workflows.
Apache Airflow is suited for a much wider set of use cases compared to Databricks. You can run it anywhere, and there is also no vendor lock-in. With Airflow, we can utilize almost any compute engine. Same thing we want to do with Databricks. There might be some level of difficulty based on the support.
Both are excellent resources that successfully deliver the promised benefits. Two rival businesses, each with its own distinct culture and set of goals. As far as IT assistance goes, I find Azure's user interface to be slightly more intuitive. Both resources are valuable and have their advantages and disadvantages. Both are crucial if you run a fast-paced business with a large consumer base.