Apache Airflow vs Temporal

Apache Airflow

Programmatic workflow orchestration for data pipelines

Temporal

Durable workflow execution platform for microservices

Feature Apache Airflow Temporal
Category Automation Automation
Sub-category Workflow Workflow
Maturity stable stable
Complexity intermediate intermediate
Performance tier medium medium
License Apache-2.0 MIT
License type permissive permissive
Pricing fully free fully free
GitHub stars 38.0K 13.0K
Contributors 0 0
Commit frequency weekly weekly
Plugin ecosystem none none
Docs quality good good
Backing org Apache Foundation Temporal Technologies
Funding model foundation vc_backed
Min RAM 2 GB 2 GB
Min CPU cores 2 2
Scaling pattern single_node single_node
Self-hostable Yes Yes
K8s native No No
Offline capable No No
Vendor lock-in none none
Languages Python Go
API type REST REST
Protocols HTTP HTTP
Deployment docker, pip docker, npm
SDK languages
Team size fit solo, small, medium, enterprise solo, small, medium, enterprise
First release 2020 2020
Latest version

When to use Apache Airflow

  • Primary: data-pipeline-orchestration
  • Primary: etl-scheduling
  • Primary: ml-pipeline-management

When to use Temporal

  • Primary: long-running-workflows
  • Primary: microservice-orchestration
  • Primary: saga-pattern

Apache Airflow anti-patterns

  • Not for real-time streaming
  • Complex setup and operations
  • DAG parsing can be slow
  • Not for event-driven workflows

Temporal anti-patterns

  • Complex to operate in production
  • Steep learning curve
  • Overkill for simple automations
Full Apache Airflow profile → Full Temporal profile → All comparisons