Break down how users inherit permissions through roles in a role-based access control model.
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This diagram models role-based access control, the standard way of granting permissions through roles rather than to individuals directly. As a hierarchy, it shows users assigned to roles, roles granted permissions, and permissions acting on protected resources. The tree structure makes inheritance and least-privilege boundaries clear, with broader roles building on the permissions of more limited ones.
Application developers, security engineers, and platform teams use this RBAC diagram to design authorization, document who can do what, and review access for audits. It is ideal for SaaS permission design, compliance reviews like SOC 2, and onboarding engineers to how roles and permissions map to real resources.
Role-based access control grants permissions to roles rather than individual users. Users are assigned roles, and roles carry the permissions needed to act on protected resources.
Users, roles, permissions, and resources. Users receive roles, roles aggregate permissions, and permissions define allowed actions on specific resources.
By assigning users only the roles they need, RBAC limits access to the minimum required, reducing the blast radius if an account is compromised.
RBAC grants access based on assigned roles, while attribute-based access control evaluates dynamic attributes like department, location, or time for finer-grained decisions.
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