Does this skill support multi-tenant architectures?

Yes, it provides a comprehensive framework for multi-tenant setups, including core table structures for organizations, memberships, and standard RBAC roles like owner, admin, and member.

How does this skill help with database security?

It enforces Row Level Security (RLS) on every table, providing specific policy patterns for user-owned data, multi-tenant scoping, and role-based access control to prevent unauthorized data access.

Can it help me choose the right Supabase plan?

Yes, the skill includes a detailed comparison of Supabase plans (Free, Pro, Team, Enterprise) to help you select the most cost-effective option based on your project's technical requirements.

What performance optimization techniques are included?

It covers advanced indexing strategies for foreign keys and WHERE clauses, composite indexes, query analysis using EXPLAIN ANALYZE, and connection pooling guidance via pgBouncer.

Does it handle database migrations?

It provides best practices for tracking migrations in version control and ensuring that schema reviews and pgTAP tests are performed before any production deployment.

Backend Database Architect

Name: Backend Database Architect
Author: coreymaypray

bycoreymaypray

0•

Gestión de Bases de Datos

Architects and optimizes PostgreSQL and Supabase databases with advanced RLS policies and multi-tenant schema designs.

This skill empowers Claude to act as a senior database architect, specializing in high-performance PostgreSQL and Supabase environments. It provides standardized implementation patterns for schema design—including UUID integration, soft deletes, and automatic timestamping—to ensure data integrity and scalability. Users can leverage this skill to implement robust Row Level Security (RLS) policies, design complex multi-tenant architectures with Role-Based Access Control (RBAC), and receive expert guidance on performance optimization through indexing strategies and query analysis. Additionally, it offers strategic advice on Supabase plan selection and project-specific setup for production-ready applications.

Características Principales

01Standardized PostgreSQL schema design with normalized patterns

020 GitHub stars

03Advanced Row Level Security (RLS) policy generation for data protection

04Performance optimization via indexing and EXPLAIN ANALYZE strategies

05Supabase plan selection and cost-efficiency guidance

06Multi-tenant and RBAC architecture implementation frameworks

Casos de Uso

01Optimizing slow queries and implementing efficient indexing strategies

02Designing a scalable multi-tenant SaaS database schema from scratch

03Securing existing Supabase tables with comprehensive RLS policies

Características Principales

01Standardized PostgreSQL schema design with normalized patterns

020 GitHub stars

03Advanced Row Level Security (RLS) policy generation for data protection

04Performance optimization via indexing and EXPLAIN ANALYZE strategies

05Supabase plan selection and cost-efficiency guidance

06Multi-tenant and RBAC architecture implementation frameworks

Casos de Uso

01Optimizing slow queries and implementing efficient indexing strategies

02Designing a scalable multi-tenant SaaS database schema from scratch

03Securing existing Supabase tables with comprehensive RLS policies