Docker Laravel Package

Product Decisions This Supports

• Infrastructure baseline: build vs. borrow. This is not a library you composer require — it's a set of reference Dockerfiles for standing up Laravel runtimes. The real decision it informs is whether your team starts from a curated Laravel-flavored image definition or from php:8.x-fpm plus your own layer of extensions, nginx config, and entrypoint scripts. Treat it as a starting template, not a dependency.
• Time-to-first-deploy on a new Laravel service. A pre-assembled Dockerfile shortens the path from "repo created" to "container running in staging." Use it to estimate the build-vs-adopt delta for greenfield services, internal tools, and proof-of-concepts where image hygiene is not yet the bottleneck.
• Standardization across services. If multiple Laravel apps exist, a shared base image definition sets a floor for PHP version, extension set, and runtime conventions. That is a platform-team decision (one image, many consumers) rather than a per-app one.
• Roadmap input: image lifecycle ownership. Adopting any base Dockerfile implies an ongoing commitment — PHP minor upgrades, CVE patching of the base OS, extension churn. This package's near-zero adoption signal (0 stars, 0 dependents, no release cadence observed) means that commitment lands entirely on your team. Factor it into capacity planning before it appears on a roadmap as "free."
• Not a fit for: feature differentiation. Nothing here changes what the product does; it only changes how it ships. Keep it out of customer-facing roadmap narratives.

When to Consider This Package

Consider it when:

• You are containerizing a Laravel app for the first time and want a Laravel-shaped starting point (PHP-FPM, typical extensions, web server wiring) rather than assembling one from scratch.
• You have engineering capacity to fork and own the Dockerfiles outright — read them line by line, pin base image digests, and wire them into your own CI and registry.
• Your deployment target is conventional (a VM, ECS, Kubernetes, or a PaaS that accepts a Dockerfile) and you do not need vendor-specific buildpacks.
• You are time-boxing an evaluation — a few hours to read the repo and decide "copy the useful parts" vs. "start clean."

Look elsewhere when:

• You need maintained, versioned, security-patched images. With no stars, no dependents, and Bitbucket-only hosting, there is no community backstop and no evidence of an active release process. Weigh this as a genuine supply-chain risk, not a formality.
• A first-party or widely adopted alternative fits: Laravel Sail for local development, official php images as a neutral base, or a maintained community PHP/Laravel image with a published CVE response process and multi-arch builds. In most cases one of these wins on the "who fixes it at 2am" test.
• You require multi-stage builds, non-root users, healthchecks, or SBOM/signing as hard requirements — verify these exist before assuming they do; the package description gives no such guarantees.
• Your platform team already publishes an internal base image. Adding a second, unmaintained lineage fragments your patching story for negligible gain.

Verdict for planning purposes: low-confidence, low-cost, high-ownership artifact. Worth a scoped spike (half a day, one engineer) as a source of ideas; not worth adopting as a standing dependency without an explicit owner named.

How to Pitch It (Stakeholders)

To executives: This is a small, unmaintained collection of Dockerfiles — container recipes — for Laravel applications. It is not a product dependency and carries no licensing or commercial commitment. Its value is purely as a head start on packaging our PHP services into containers; its cost is that nobody upstream maintains it, so any code we take on becomes ours to patch and upgrade, including security fixes. Recommendation: treat it as reference material for a short internal spike, and choose a maintained base image for anything that reaches production.

To engineering: Read it, don't depend on it. There is no release process, no adoption, and no maintenance signal — so vendor risk is effectively total. If pieces of it are useful (extension sets, FPM/nginx wiring, entrypoint conventions), copy them into a repo we own, pin the base image by digest, and put it on our patch cadence. If we want a supported foundation, evaluate Sail for local dev and a maintained PHP image for production before writing our own. Decision needed: do we assign an owner for a shared base image, or do we let each service roll its own?