Is this skill compatible with other AI agents?

While optimized for Claude Code, it is also compatible with Codex and OpenClaw agents.

What architecture variants are supported by this skill?

The skill supports three primary variants: Monolith, Service Layer, and Microservice architectures, each validated for specific scales.

What kind of output can I expect?

The skill provides a selected architecture variant, an implemented project structure, documented migration paths, and relevant design patterns.

Does this skill help with existing Supabase projects?

Yes, it can be used to plan and document migration paths for existing projects that need to scale or refactor their current structure.

How does the skill decide which architecture is best for my project?

It uses an assessment step to evaluate factors like team size, daily active user (DAU) requirements, and growth projections against a decision matrix.

Supabase Architecture Blueprints

Name: Supabase Architecture Blueprints
Author: micsapp

bymicsapp

0•

Database Management

Implements validated Supabase architecture blueprints and project structures tailored to specific scaling requirements.

This skill provides a comprehensive framework for designing and structuring Supabase applications across different growth stages. It allows Claude to evaluate project constraints—such as team size, daily active users (DAU), and growth projections—to recommend and implement the most effective architecture variant, whether it's a monolith, service layer, or microservice. By automating project layout creation and documenting migration paths, this skill ensures your Supabase integration follows industry best practices while remaining scalable and maintainable.

Key Features

01Scalability assessment based on team size and DAU requirements

020 GitHub stars

03Automated project structure generation based on validated blueprints

04Decision matrix for selecting Monolith, Service Layer, or Microservice architectures

05Support for standardized Supabase project layouts and patterns

06Comprehensive migration path documentation for future scaling

Use Cases

01Designing the initial directory and service structure for a new Supabase-backed SaaS

02Documenting technical debt and upgrade paths for enterprise-scale Supabase infrastructure

03Transitioning a growing application from a simple monolith to a more robust service-oriented architecture

Key Features

01Scalability assessment based on team size and DAU requirements

020 GitHub stars

03Automated project structure generation based on validated blueprints

04Decision matrix for selecting Monolith, Service Layer, or Microservice architectures

05Support for standardized Supabase project layouts and patterns

06Comprehensive migration path documentation for future scaling

Use Cases

01Designing the initial directory and service structure for a new Supabase-backed SaaS

02Documenting technical debt and upgrade paths for enterprise-scale Supabase infrastructure

03Transitioning a growing application from a simple monolith to a more robust service-oriented architecture