Awesome Landlord Laravel Package

Product Decisions This Supports

• Feature scoping for multi-tenant SaaS. If the roadmap includes a shared-schema, single-database tenancy model (one tenant_id column, global query scopes, tenant-aware models), this package is a concrete reference for how little code that pattern actually requires. Use it to size the feature rather than to define it.
• Build vs. buy vs. fork. The package is archived (last release Sept 2020, 42 stars, MIT). That makes it a design input, not a procurement decision. The real decision it informs: do we vendor an unmaintained ~small-codebase dependency, fork it under our org, or reimplement the pattern in-house with tests. For a pattern this thin, in-house is usually cheaper than the ownership cost of a fork.
• Isolation-level commitment. Single-DB tenancy is a product promise: tenants share infrastructure, so noisy-neighbor performance, per-tenant backup/restore, and data-deletion SLAs become roadmap items, not infrastructure footnotes. Adopting this model (via this package or otherwise) means committing to those follow-on features.
• Segment and pricing fit. Single-DB tenancy supports high tenant counts at low marginal cost — good for SMB/self-serve tiers. It is a poor fit for enterprise contracts demanding physical isolation or dedicated encryption keys. This package helps you prototype the cheap tier without over-engineering the platform.
• Migration and schema-evolution policy. Tenant-scoped global scopes affect every future migration and query. This is a decision that constrains how the team ships schema changes for years; evaluate it early, not after the first ten enterprise prospects.
• MVP and internal-tool use cases. Suitable for prototypes, internal admin tools, and early design-partner deployments where a shared database is acceptable and the tenant count is bounded.

When to Consider This Package

Consider it as a reference implementation or spike, not a production dependency, when:

• You are on (or deliberately emulating) Laravel 5.2–6-era conventions and want to see a minimal tenant-resolver + model-trait + global-scope pattern.
• Your isolation requirement is genuinely satisfied by a shared schema with a tenant discriminator column.
• The team can read and own the code — it is small enough to fork and test in days.
• You need to validate tenancy assumptions before committing to a heavier framework.

Look elsewhere — or build internally — when:

• You are on Laravel 8+ / PHP 8+ and need maintained compatibility. An archived 2020 package will not track framework, ORM, or PHP deprecations, and security patching becomes your burden.
• You need per-tenant databases, tenant-aware queues/cache/storage, tenant-aware migrations, or subdomain/domain resolution as first-class concerns.
• Compliance obligations (SOC 2, HIPAA, GDPR data-residency, contractual isolation) make shared-schema tenancy a non-starter.
• You need an active maintainer, CVE response, or vendor support — none of which an archived 42-star project provides.
• Cross-tenant reporting or analytics at scale is core; global scopes become an obstacle you must engineer around.
• You require automated test tooling, tenant lifecycle (create/migrate/delete), or production-hardened escape hatches.

How to Pitch It (Stakeholders)

Summary. torzer/awesome-landlord is a minimal, MIT-licensed implementation of single-database multi-tenancy for older Laravel versions. It is archived and unmaintained, so I am not recommending it as a dependency. I am recommending we treat it as a cheap reference for a tenancy pattern we are likely to build ourselves.

For executives. The strategic question is not "should we use this package" — it is "should our platform isolate tenants by a shared database or by separate databases." This package illustrates the cheapest end of that spectrum: low infrastructure cost per tenant, fast onboarding, suitable for self-serve tiers, but weaker isolation and a harder story for enterprise security reviews. The package itself costs nothing to evaluate (MIT, no license negotiation) and carries no vendor lock-in; the real cost is engineering ownership, which an archived project shifts entirely onto us. Recommendation: a short, time-boxed spike against our actual Laravel version, then an in-house implementation or a maintained alternative — not adoption.

For engineering. Expect a thin tenant resolver, a model trait, and a global-scope mechanism. Read it for structure, then reimplement with tests, explicit tenant context propagation, and escape hatches for cross-tenant operations. Budget for the follow-on work the pattern implies: tenant-aware jobs, cache keying, migration strategy, and per-tenant data deletion. Avoid inheriting an archived dependency into a long-lived codebase for a pattern we can own in a few hundred lines.