Laravel Module Creator Laravel Package

Product Decisions This Supports

• Modular monolith vs. microservices. This package makes it cheap to carve a Laravel codebase into domain modules before committing to service extraction. Modules become the low-risk proving ground: if a boundary holds up as a module, it's a candidate for a service; if it doesn't, you've spent days, not quarters.
• Roadmap sequencing by domain. When modules map to product domains (Billing, Catalog, Notifications, Reporting), roadmap items can be estimated and delivered per-module with clearer ownership and fewer merge collisions. This supports parallelizing a roadmap across squads without a full platform re-architecture.
• Build vs. buy on internal scaffolding. Most Laravel teams eventually write their own make:module artisan commands and then quietly maintain them forever. This is a buy decision that removes a recurring internal-tooling backlog item — with caveats below on the "buy" being a fork rather than a vendor relationship.
• Feature packaging and white-labeling. If the product strategy includes tiered editions, tenant-specific feature sets, or a marketplace of add-ons, module-as-artifact is the enabling concept. The generator standardizes what a shippable feature looks like, which is a prerequisite for any per-feature licensing or deployment story.
• Legacy Laravel refactor strategy. For a monolith with a growing "everything touches everything" problem, module extraction is often the right first move instead of a rewrite. This package lowers the cost per extraction, changing the rewrite-vs-refactor calculus toward refactor.
• Onboarding and delivery velocity. A consistent generated skeleton means new engineers see the same layout in every domain. That's a measurable time-to-first-PR improvement and a defensible input to staffing and ramp plans.
• Not a differentiator, but a real decision input: because adoption is low (25 stars, single maintainer), the honest framing is "cheap reversible experiment," not "strategic dependency." The decision it most informs is whether to run a 2–4 week modularization pilot — not whether to standardize the org on it.

When to Consider This Package

Consider it when:

• The target architecture is a modular monolith and the team wants a generator rather than a full module framework — you want scaffolding, not runtime machinery.
• Your team is small enough that a single-maintainer dependency is tolerable, and someone can own a fork if upstream goes quiet. The MIT license and last release in mid-2025 make forking a viable, low-cost hedge.
• You need custom stub templates for house conventions (DTOs, actions, test scaffolding, static analysis configs) and are willing to own those templates as internal IP.
• The usage is internal or non-customer-critical: developer velocity tooling where breakage costs hours, not incidents.
• You're running a time-boxed pilot to test whether module boundaries are even the right answer before investing in nwidart/laravel-modules or a custom monorepo.
• You want to avoid the ceremony of a heavyweight module system for a codebase that only needs 5–10 modules.

Look elsewhere when:

• You need proven ecosystem depth — community answers, plugins, long-tail edge cases. Note that nwidart/laravel-modules is the incumbent by adoption and should be the default comparison point; duplicating it without a concrete reason is a poor use of engineering time.
• You require module lifecycle features: enable/disable at runtime, module dependency resolution, per-module asset publishing, module registries. A generator alone won't cover this and you'll end up building the difference.
• Vendor support, SLAs, or security disclosure processes are procurement requirements. A single-maintainer package will not clear that gate.
• The application is single-domain and likely to stay that way. Modules add directory depth and indirection; if the domain won't be subdivided, the tax is pure cost.
• Your Laravel version isn't explicitly supported, or you're on a version cadence that outpaces the release history. Verify compatibility against your upgrade plan before piloting — a package that lags Laravel majors becomes a blocker at the next upgrade.

Decision heuristic: if you'd be comfortable shipping it behind an internal fork with a named owner and a one-day removal plan, adopt it. If removal would take more than a sprint, that's a signal the module structure is what you're actually buying, and you should evaluate the incumbents instead.

How to Pitch It (Stakeholders)

For executives — one paragraph: This is a small, MIT-licensed developer tool that generates the scaffolding for modular Laravel code. It is not a platform commitment and does not touch production runtime behavior; it only changes how developers lay out new code. The strategic value is optionality: it lets us test a modular architecture on a small slice of the product for a few weeks of engineering time instead of funding a re-architecture or a rewrite. Cost is near zero and the change is reversible. The risk is equally modest but real — one maintainer, low public adoption — so we should treat it as an internal tooling fork with a named owner rather than an enterprise dependency, and avoid standardizing the org on it until a pilot proves the return. Recommendation: approve a bounded pilot, not an adoption mandate.

For engineering — summary: Artisan-style module generator that standardizes directory structure and boilerplate for domain modules. Adopt it as a fork: vendor it, pin the version, own the stubs, and write a short removal runbook. Enforce that modules communicate through explicit contracts and that autoload boundaries stay clean — the generator gives you structure but does not enforce decoupling, and a poorly bounded module set is worse than no modules. Benchmark it once against nwidart/laravel-modules on the specific criteria that matter to us (lifecycle hooks, dependency management, Laravel upgrade cadence) so the choice is documented. Define success criteria up front — time-to-first-PR for new engineers, merge-conflict rate, and whether the extracted boundaries survive their first feature change — and set a review date. If it fails those criteria, we drop it and keep the directory conventions.