Docker Nginx Php Laravel Laravel Package

Product Decisions This Supports

Standardizing the developer environment (the core decision). This package turns "how do I run this Laravel app" from an undocumented tribal ritual into a .env-driven docker-compose up. That directly supports a decision many teams defer for years: do we formalize local dev setup, or keep letting each engineer assemble their own stack? The package is a cheap way to say yes — Nginx, PHP-FPM, MySQL, Redis, MailHog, and Xdebug in one repo-configurable bundle.

Onboarding velocity and team elasticity. Every hire, contractor, or agency handoff currently costs days of environment archaeology. A preconfigured stack collapses that to hours and makes the cost of adding a contractor predictable. This is a staffing/roadmap decision as much as a technical one: it makes short-term parallel capacity cheaper to buy.

Build vs. buy for developer experience. The realistic alternative is building and maintaining your own Docker baseline. That is a permanent, low-glamour maintenance tax on a senior engineer. This package is MIT-licensed and drops in, so the comparison is "adopt and pin" versus "own a bespoke stack forever." Unless you have platform-engineering capacity with idle time, buying wins on total cost.

CI parity and environment-consistency roadmap work. Because the same stack can be driven from .env in CI, this supports the broader initiative of eliminating "works on my machine." It's the cheapest possible first step toward dev/prod parity — not the last step, but the one that unblocks the conversation.

PHP/Laravel version upgrade planning. Support for multiple PHP versions means an upgrade from, say, 8.2 to 8.4 is a config change and a test run, not a rebuild. That de-risks the platform-upgrade line item on the roadmap and lets you schedule it around business needs rather than infrastructure fear.

Use cases where this is the obvious answer: greenfield Laravel services, teams migrating off Valet/MAMP/Homestead/legacy VMs, multi-service apps that need Redis and queue workers locally, and anyone who wants Xdebug and MailHog available without hand-wiring them.

Use cases where it is the wrong answer: production infrastructure, Kubernetes parity, multi-tenant or regulated environments, and any team that needs a vendor SLA.

What this package does not decide for you. It is a development-environment convenience, not a deployment strategy. Adopting it does not reduce the need for Forge/Vapor/Cloud, your own CI, or production observability. Frame the decision narrowly: "we standardize the inner loop," not "we solved environments."

Health signal to weigh. 347 stars and a single-maintainer profile mean this is a useful tool, not an ecosystem pillar. Treat it as a pinned dependency with a documented exit path, not a platform commitment.

When to Consider This Package

Adopt when most of these are true:

• You run one or more Laravel applications and your team is Docker-comfortable (or willing to be).
• You have no dedicated platform/infrastructure engineer, or that person's time is better spent elsewhere.
• Your local setup requires more than one service (MySQL plus Redis plus a worker is the classic trigger).
• You want to onboard engineers and contractors predictably, and you're willing to make the stack a shared team artifact.
• You need queue workers, cron, Xdebug, and MailHog locally and don't want to assemble each one.
• You can accept MIT licensing and the maintenance obligation that comes with any third-party dependency.
• You want an environment that is close enough to production to catch configuration mistakes before staging.

Look elsewhere, or build, when:

• You need production or production-grade orchestration. This is a development stack. Deploying it as-is is a decision you will regret; use a managed platform or your own hardened images.
• Your target is Kubernetes, Nomad, or ECS. Compose-local is fine as an approximation, but the drift between it and your orchestrator becomes its own maintenance problem. Consider a stack built around your actual runtime.
• You want a vendor-backed or heavily maintained option. Laravel's own first-party tooling (Sail, Herd), DDEV, or Laradock have bigger communities and more eyeballs. Compare on support and community before defaulting here.
• You're non-Laravel. Nothing here is wrong for a plain PHP app, but you lose the reason to pick it over a generic stack.
• You have strict compliance or supply-chain review. A lightly-governed single-maintainer project is a hard sell to security; budget time for that review or pick a maintained alternative.
• You don't want to own Docker knowledge. If nobody on the team can debug a container, the stack becomes a black box that fails at the worst moment. Adopt only with an owner.
• You need guaranteed support, SLAs, or a security response process. None of that is offered here; plan the workaround (pinning, forking, or internal ownership) before you commit.

Decisions to force before adoption: who owns the stack file (one named engineer), how version bumps are scheduled, and what happens if the project stalls. Answer those three and the risk is manageable; skip them and you've added a dependency you can't maintain.

How to Pitch It (Stakeholders)

For executives — the one-paragraph version. Our Laravel developers spend real time, every time someone joins or a laptop changes, rebuilding a local environment that nobody fully owns. This open-source package replaces that with a single configurable Docker stack — web server, PHP, database, cache, email capture, and debugger — that any engineer can start in minutes and that can be reused in CI. It is free (MIT), it is a development tool rather than production infrastructure, and it carries no new vendor relationship. The recommendation is a two-week trial with one team, one named owner, and a hard check-in on whether onboarding and setup tickets actually fall.

For engineering — what it is and isn't. It's a ready-to-use Docker Compose environment for Laravel: Nginx, PHP-FPM, MySQL, Redis, MailHog, Xdebug, queue and cron support, multiple PHP versions, all driven from .env. It is not a production deployment strategy and it is not a replacement for our CI or our hosting decisions. It's the cheapest thing we can do about the environments half of "works on my machine."

The ask. One sprint, one service, one owner. Success looks like: a new engineer reaches a running app in under an hour, setup-related support tickets drop, and CI can reuse the same stack. Failure looks like the stack file going stale because nobody owns it — which is why the owner is part of the proposal, not an afterthought.

The risks to name honestly, before someone else names them. It's a small project (hundreds of stars, effectively one maintainer), so we pin the version, keep our .env differences explicit, and accept that we may eventually fork or replace it. Our mitigation is a documented exit path, not confidence in the upstream. We also commit to reviewing it on a schedule rather than discovering it's broken during a release.

The cost. Near zero in licensing, roughly one engineer-day to adopt and verify, and a small recurring cost to keep the stack current — materially less than the maintenance burden of a bespoke Docker baseline or the recurring tax of ad-hoc local setups.

Why now. Setup pain compounds quietly and shows up as onboarding drag, contractor overhead, and "it worked on my machine" incidents. Fixing it is cheap today and gets more expensive with every new service and every new hire.