Assetpicker Laravel Package

Product Decisions This Supports

• Build vs. buy for file/asset selection UI. A cross-provider picker (GitHub, Google Drive, a DAM like EnterMediaDB, or a custom store) is the kind of feature that looks trivial in a spec and costs several sprints in practice — OAuth flows, pagination, thumbnails, folder traversal, error states, and per-provider quirks. This package is a credible "buy/build-on" candidate that lets you spend the budget on your domain logic instead of file browsing.
• Roadmap sequencing for a media/DAM capability. The pluggable storage-adapter layer is the actual product asset: it means "add S3/Azure/our own DAM" becomes an adapter task, not a re-architecture. That directly de-risks a phased roadmap where you ship one source now (e.g., GitHub or Drive) and add sources per customer demand.
• Enterprise "bring your own storage" asks. When a prospect says "our assets live in Google Drive," an adapter-based picker converts a custom-integration line item into a configuration conversation.
• Embedding decisions in admin/CMS surfaces. Because it is an embeddable Vue 3 component rather than a full application, it fits as a bounded widget inside an existing Laravel admin, TYPO3 backend, or internal tool — a low-blast-radius insertion point.
• MVP scope negotiation. Lets you put "multi-source asset import" in v1 instead of v2, at the cost of a Vue 3 front-end dependency and adapter-ownership work.
• Make-vs-fork. MIT licensing means the adapter interface can be treated as a specification you can vendor and own, which changes the risk calculus from "dependency" to "starting point."

When to Consider This Package

Adopt or spike it when most of the following hold:

• Your front end is Vue 3 (or you can afford an isolated Vue island in an otherwise Livewire/Blade/Alpine app). This is the hard gate.
• You genuinely need two or more storage backends, or expect to add them. With a single fixed backend, a plain file input plus your framework's storage layer is cheaper and simpler.
• The picker is supporting UI, not the revenue path — admin tooling, editorial workflows, internal dashboards. If asset selection is a core customer-facing differentiator, you want to own the UX end to end.
• You accept ownership of the adapters. The pluggable layer is an interface, not a promise that every provider is maintained for you. Budget for writing and maintaining the one or two adapters you actually need.
• Low adoption signals are tolerable. At ~22 stars this is a small, effectively single-vendor project (Netresearch, a TYPO3/PHP shop). MIT + a clean adapter contract means the failure mode is "we fork it," not "we're stranded" — but only if your team can read and patch Vue 3.
• You can run a time-boxed spike (roughly 2–5 days) to validate: adapter fit for your target source, auth/token handling, accessibility behavior, and how it composes inside your admin shell.

Look elsewhere when:

• Your stack is React, Livewire, Alpine, or server-rendered Blade-first — you'd be introducing a second front-end runtime for one widget.
• You require vendor SLAs, indemnification, security review artifacts, or a support contract. This is community MIT software with no evident commercial backing.
• You need deep framework integration out of the box — Eloquent-backed asset models, policy-aware access, signed URLs, queue-driven ingestion, virus scanning. Expect to build that layer yourself around the component.
• Accessibility, i18n, or design-system conformance are hard requirements; a small component rarely ships your compliance bar, and the cost shifts to you.
• The package's release/maintenance cadence cannot be verified to your organization's standard — here the metadata is thin (repository unlisted, sparse adoption), so treat verification as a prerequisite rather than an assumption.
• You need one provider only. The adapter architecture's value is the second and third integration; with one, you are paying complexity tax for optionality you may never exercise.

How to Pitch It (Stakeholders)

For executives (30 seconds). We have recurring requests to pull files from customers' existing systems — GitHub, Google Drive, their own asset libraries. Today each request is a bespoke integration. This is a small MIT-licensed picker component built around a pluggable adapter layer, which means the second and third integration become configuration rather than new projects. Cost to evaluate: a few engineer-days in admin-only surfaces. Risk is contained: permissive license, small codebase, and if the project stalls we fork and own it. Recommendation: fund a short spike, not a commitment.

For engineering leads. It is an embeddable Vue 3 component with a storage-adapter contract, distributed in the PHP ecosystem but fundamentally a front-end widget — our PHP side supplies endpoints, auth, and the adapters. Treat the adapter interface as the integration seam: we own the adapters we ship and can vendor the whole thing if upstream goes quiet. Validate before adopting: how auth tokens are handled and where they live, error/empty/loading states, large-folder pagination, keyboard and screen-reader behavior, and whether the component can be mounted cleanly in our admin bundle without a second Vue instance or a build-pipeline fight.

For the product team. The win is roadmap compression on multi-source asset import and a credible answer to "can we use our own storage?" The cost is a Vue 3 front-end dependency, adapter maintenance, and reliance on a young, thinly adopted project. Frame the pilot with explicit exit criteria: the target adapter working end to end in staging, an accessibility and security pass, and a documented fork path — if those hold, expand to a second source; if not, we walk away having spent days, not a quarter.