scratch-foundation

To bootstrap a multi-tenant Supabase backend, you need to initialize core tables, SECURITY DEFINER helpers, and Row Level Security policies in a specific order. This ensures strict tenant isolation and role-based access control from the start.

Enforcing strict tenant isolation in PostgreSQL requires applying Row Level Security policies alongside server-side write validation. Implementing RLS audit gates prevents cross-tenant data leaks by restricting data access based on tenant identifiers.

Setting up a deterministic build order for multi-tenant database schemas involves sequentially creating core tables, auth roles, and server-function skeletons. This structured provisioning ensures architectural invariants are correctly initialized without dependency conflicts.

Yes, you can use this approach to initialize a golden master environment for SaaS platforms. It provisions the required database schema, auth roles, and server-function skeletons to align perfectly with platform specifications for multi-tenant infrastructure.

You need SECURITY DEFINER helper functions in a multi-tenant PostgreSQL architecture to execute privileged operations safely while maintaining Row Level Security boundaries. They provide server-side write validation to ensure data integrity across isolated tenants.

Provisioning multi-tenant infrastructure from scratch is limited to initial environment setup and does not handle ongoing schema migrations. It strictly satisfies initial tenant isolation and role-based access requirements rather than continuous platform maintenance.