Some people have noted that this is a very Airbyte specific article, but I think that the lessons learned are still important. I have managed Airflow as a managed service for a company that has thousands of DAGs and one of our keys to success was splitting the compute and scheduling concepts into different components. We standardized on where our compute ran (Databricks, Spark, Lambdas, or K8s jobs) and had Airflow p…
How best to achieve this? I'm considering Astronomer or AWS hosted airflow, with a benefit to AWS having the compute components easily accessible within the AWS ecosystem. Starting out with a smaller scale and lower commitment to Airflow, so I'd like highest reliability with least hassle. https://aws.amazon.com/blogs/aws/introducing-amazon-managed-...
There are a lot of options. We were adopters before AWS hosted airflow was a thing, so I don't have any experiencing running AWS hosted Airflow.
I haven't looked recently to see if some of the challenges we faced early on are solved now, but most of them stemmed from how DAG updates were handled: changing the start date on a DAG would break you DAG forever until you go update the database by hand. Things like this are(/were?) super painful and could get worse with a managed solution.