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For most Laravel apps, start with policies for decisions about individual records and gates for abilities that are not tied to a particular record. Add database-managed roles and permissions when people need to change access assignments without a code deployment; make tenant scope and resource-specific conditions explicit in the authorization decision. These are building blocks that can work together, not seven competing Laravel features.
What are the seven authorization patterns, and when does each fit?
| Pattern | Best fit | Where the main rule or assignment lives |
|---|---|---|
| Inline role checks | A very small, simple role model | Role checks embedded in application code |
| Gates | Abilities not tied to one model, such as access to a global area | Laravel code |
| Policies | Actions on a particular model or resource | Laravel code organized around the resource |
| Database-backed RBAC | Role and permission assignments managed as application data | Assignments in the database; application checks a permission |
| Tenant-scoped access | Different access for the same person in different organizations | Tenant context plus the authorization and data-access paths |
| Attribute- or relationship-sensitive rules | Access depends on ownership, membership, or resource state | Laravel policy logic evaluated against relevant context |
| External policy decision service | A concrete need for independently administered or shared decisions across services | A separate policy layer; integration and operations must be validated |
1. Inline role checks: a quick start with a scaling cost
A check such as “is this user an administrator?” can be easy to understand in a small application. As roles and exceptions accumulate, role names become coupled to many parts of the application: changing what a role means can require finding and revising every place that checks it.
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Prefer asking whether the user has the capability needed for the action, rather than scattering role-identity checks. Spatie’s guidance recommends treating permissions as the capabilities the application checks and roles as named groups of permissions (Spatie: Roles vs Permissions).
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One free scan finds every outdated or missing driver and matches the right update for your exact hardware.Free scan · exact hardware match2. Laravel gates: abilities without a particular resource
A gate is a closure-based authorization check suited to a general ability that is not centered on one model—for example, access to a global administration area. Laravel explicitly allows an application to use gates and policies together; its authorization documentation says, “You do not need to choose between exclusively using gates or exclusively using policies when building an application. Most applications will most likely contain some mixture of both, and that is perfectly fine!” (Laravel 13.x authorization documentation).
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3. Laravel policies: the default home for resource decisions
When the question is whether a user may update a particular record, a policy is usually the clearest starting point. Policies group authorization logic around a model or resource, so resource actions and the rules governing them are easier to locate together. Laravel documents policy generation and discovery conventions in its authorization guide and Laravel 13.x authorization documentation source.
4. Database-backed roles and permissions: manage assignments as data
Use role-based access control (RBAC) when named roles group capabilities and role or permission assignments need to be maintained in application data rather than exclusively through code changes. In Spatie Laravel Permission, role and permission assignments are stored in a database, and permissions are registered on Laravel’s Gate layer (Spatie Laravel Permission introduction). Keep record-specific conditions—such as whether this user may edit this particular resource—in policies rather than expecting a permission assignment alone to express every contextual rule.
For package versions ^7.0–^8.0, Spatie lists Laravel 12 and 13 compatibility and requires PHP 8.3 or later. Check the package’s prerequisites against the PHP and Laravel versions actually installed in your app before adopting it.
5. Tenant-scoped access: make the organization part of the decision
If a person can have different access in different organizations, a user-wide role is not enough to describe the decision. The check needs the relevant tenant or organization context, and the application must guard the paths that load or act on tenant data as well as the authorization rule itself. Test cross-tenant paths explicitly: a valid membership in one organization must not grant access to another organization’s records.
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A tenancy package can establish which tenant is current, but tenant awareness by itself does not define or enforce a complete authorization architecture. Spatie’s multitenancy introduction describes establishing tenant context; pair that context with authorization decisions in the application (Spatie Laravel Multitenancy introduction; Laravel authorization documentation).
6. Attribute- and relationship-sensitive rules: evaluate the actual context
Some decisions depend on facts about the user and resource, not just a static capability: the user may own the record, belong to its project, or be acting on a resource in a particular state. A Laravel policy can evaluate those facts for the resource action. This is a design pattern built with Laravel policies, not evidence that Laravel provides a separate, formally classified ABAC or ReBAC subsystem in the cited documentation.
7. External policy decision services: an escalation, not a default
A separately administered policy layer or a shared decision point across multiple services can be a reason to consider an external policy engine. Treat this as an architectural escalation: establish a concrete requirement, then validate the engine’s Laravel integration and operational fit before choosing it. The available evidence here does not establish a specific engine’s Laravel integration, so no product recommendation or claim about its operational advantages is warranted.
How should you choose between gates, policies, roles, and tenant scope?
Use the shape of the decision and the way assignments change to choose the building blocks. A global ability and permission to update one record are different questions; they do not need to be forced into the same mechanism.
- Ask what the check concerns. Use a gate for a broad ability without a particular resource; use a policy when the decision concerns an individual model or resource.
- Ask who changes access assignments. If developers define them in code and changes ship with the application, Laravel gates and policies may be enough. If application administrators must manage named capabilities and assignments as data, consider database-backed roles and permissions.
- Ask what scope applies. An application-wide role does not express different access in different organizations. Include tenant context in the decision and protect tenant data paths.
- Ask whether the rule is conditional. If access depends on ownership, membership, or resource state, evaluate those facts in the resource policy rather than relying on a static role alone.
- Ask where decisions must be administered. Keep decisions in Laravel unless there is a concrete need for independent policy administration or a shared cross-service decision point; verify integration and operations before moving the boundary.
What is a practical starting architecture?
- Put resource actions in policies. Organize decisions such as viewing, updating, or deleting a particular model around that resource.
- Use gates for cross-resource abilities. Keep checks for broad abilities, such as entry to a global area, separate from a specific record’s policy.
- Add database-backed permissions only when assignments need to be managed as data. Let roles group named permissions, and check the required capability rather than scattering role-name checks.
- Thread tenant context through authorization and data access. Confirm that a user’s membership in one tenant cannot authorize access to another tenant’s records.
- Evaluate resource facts in the policy. Add ownership, relationship, or state conditions when they affect the decision.
- Consider an external decision service only against a defined requirement. Verify its Laravel integration and how the team will administer and operate it before adopting it.
What Laravel and package compatibility details should you check?
The Laravel authorization documentation linked here is for Laravel 13.x. Spatie Laravel Permission’s v8 prerequisites list Laravel 12 and 13 compatibility for package versions ^7.0–^8.0, with PHP 8.3 or later. Since the compatible combination depends on your installed framework, PHP runtime, and package constraints, verify those requirements before installation (Spatie prerequisites).
If your application uses multiple guards, Spatie says the role or permission guard name must match the user’s guard. A mismatch can cause GuardDoesNotMatch or role/permission-not-found exceptions. Check the guard configuration when those errors appear (Spatie: Multiple guards).
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