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