Templates are Fluxo’s fastest path from “empty canvas” to “working automation”. But templates only work if they are real, executable artifacts, not static examples.
So Fluxo treats templates like products: validated graphs, compatibility rules, install-time configuration, and a version lifecycle. The goal is to speed up adoption without compromising correctness or governance.
Catalog architecture
Fluxo maintains a typed template catalog grouped by industry and validated on load. Each template includes:
- workflow graph skeleton
- value proposition and setup metadata
- required credentials
- wizard fields
- compatibility expectations
Compatibility engine
Before installation, Fluxo computes compatibility against current org context:
- role permissions
- subscription tier constraints
- required credential readiness
Fluxo exposes incompatibilities as structured reasons so the UI can explain exactly what blocks installation. “This template cannot be installed” is not useful. “You need a Gmail credential and Team tier” is actionable.
Install wizard and graph instantiation
Installation pipeline:
- instantiate template graph
- apply credential selections and wizard answers
- validate required fields
- validate selected credential ownership and type
- persist workflow and edges using standard graph save service
- record template install analytics
Fluxo routes installation through the same graph persistence path as manual editing so downstream behavior stays identical. Templates should not create “special” workflows that behave differently.
Templates as a product
Beyond installation, I added marketplace-style product tables:
- TemplateVersion
- TemplateSubmission
- TemplateInstall
This supports publisher workflows, review/QA status, and release visibility.
Why this is strategic
Templates are the fastest path from empty canvas to production outcomes. By treating templates as validated executable assets, Fluxo can scale onboarding speed without sacrificing operational integrity.