Kedro vs Metaflow

Kedro

Framework for production-quality, reproducible data science code

Metaflow

Human-friendly ML lifecycle framework from Netflix

Feature Kedro Metaflow
Category AI / ML AI / ML
Sub-category ML Pipeline ML Pipeline
Maturity stable stable
Complexity intermediate intermediate
Performance tier medium medium
License Apache-2.0 Apache-2.0
License type permissive permissive
Pricing fully free fully free
GitHub stars 10.0K 8.0K
Contributors 250 150
Commit frequency weekly weekly
Plugin ecosystem none none
Docs quality excellent excellent
Backing org McKinsey QuantumBlack Netflix / Outerbounds
Funding model corporate vc_backed
Min RAM 512 MB 512 MB
Min CPU cores 1 1
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 Python
API type SDK SDK
Protocols HTTP HTTP
Deployment pip pip
SDK languages python python
Team size fit solo, small, medium solo, small, medium
First release 2019 2019
Latest version

When to use Kedro

  • Standardize ML project structure across teams
  • Build reproducible data transformation pipelines
  • Visualize data dependencies with Kedro-Viz
  • Transition from notebooks to production code

When to use Metaflow

  • Structure ML projects with reproducible steps
  • Scale experiments to cloud with @batch decorator
  • Version datasets and models automatically
  • Transition notebook experiments to production

Kedro anti-patterns

  • Opinionated project structure may not fit all teams
  • Learning curve for catalog system
  • Less suited for real-time or streaming
  • Smaller community than Airflow/MLflow

Metaflow anti-patterns

  • AWS-centric cloud integration
  • Less community than MLflow
  • No built-in model registry
  • Not a full MLOps platform
Full Kedro profile → Full Metaflow profile → All comparisons