Capability Status
Floe docs use capability labels so readers can distinguish alpha-supported workflows from architecture direction.
| Status | Meaning |
|---|---|
| Alpha-supported | Implemented, documented, and validated in the release lane |
| Implemented primitive | Code, schema, or contract exists, but no full user workflow is promised |
| Example | Provider-specific illustration, not a requirement |
| Planned | Architecture direction that is not yet a supported workflow |
Alpha-Supported
Section titled “Alpha-Supported”- Single-platform Kubernetes deployment with the
floe-platformHelm chart. - Customer 360 demo validation path.
- Manifest-driven platform and data product configuration for the documented alpha path.
- OpenLineage and OpenTelemetry evidence in the Customer 360 validation path.
- Dagster-centered runtime artifact pattern for the documented alpha path.
- Platform Environment Contract as the recommended documentation and CI handoff model.
Implemented Primitives
Section titled “Implemented Primitives”- Data Mesh schema and contract primitives.
- Manifest inheritance fields and validation.
- Namespace strategies for centralized and data mesh lineage naming.
charts/floe-jobsas a lower-level Kubernetes Job and CronJob chart.examples/hello-ordersas a first-use source example.
Planned Or Not Yet Alpha-Supported
Section titled “Planned Or Not Yet Alpha-Supported”- Multi-cluster Data Mesh deployment operations.
- A dedicated
floe-domainHelm chart. - Product registration commands such as
floe product register. - Provider-specific managed Kubernetes guides until each path is validated.
- Planned root data-team lifecycle commands as packaged product workflow:
floe compile,floe run, andfloe product deploy. - Self-service product deployment through
floe-jobswithout Platform Engineer-approved workflow design.