Laravel Fast Paginate Laravel Package

Product Decisions This Supports

• Build vs. buy on pagination performance. The decision is essentially "spend a sprint building a deferred-join helper" vs. "add a 1-line Spatie dependency." At 7 stars and 0 dependents this isn't a widely-vetted library, so the honest framing is buy-then-vendor: adopt it, validate it against your data, and be prepared to copy the ~1 method into your own codebase if maintenance stalls.
• Pagination UX roadmap. It buys time for teams that need page-number navigation (jump-to-page, page counts, crawler-friendly URLs) but whose deep pages are timing out. It is a stopgap on the road to cursor pagination, not a substitute — a decision worth recording explicitly so it doesn't become permanent architecture by accident.
• Where to spend performance budget. It scopes the perf work: only tables where users actually reach deep pages (admin panels, back-office reports, audit logs, exports) benefit. It does not help the common case of "page 1 is slow," which is usually an index or N+1 problem.
• Feature scoping for list/reporting surfaces. Gives a concrete answer to "can we support page 500 on this 10M-row table?" without re-architecting the API contract — offset/page semantics stay intact, so no client changes.
• Definition of done for perf tickets. Turns "make pagination faster" into a measurable acceptance criterion (p95 latency on page 100+ before/after), since the win is a constant-factor row-read reduction, not an asymptotic fix.

When to Consider This Package

Adopt when all of these hold:

• You have offset pagination over a large table (roughly 1M+ rows, or wide rows with expensive column reads) and deep pages are measurably slow.
• Page-number semantics are a hard requirement — jump-to-page UI, stable total counts, clients that can't switch to cursors.
• Your WHERE and ORDER BY columns are indexed, ideally with the primary key appended, so the inner key-only query can be satisfied from the index.
• Queries are plain Eloquent/query-builder selects — no groupBy, having, union, distinct, or exotic select aliases that break the two-step fetch.
• You're on a supported Laravel version and can benchmark against production-shaped data before rollout.

Look elsewhere when:

• You can move to keyset pagination. Laravel's built-in cursorPaginate() is O(1) on deep pages and already in the framework. If the UI tolerates "next/previous" instead of "page N," this package is the wrong answer.
• The dataset is small. Below ~100k rows the extra round trip adds latency for no gain.
• Queries are complex. Reporting SQL, unions, aggregates, and heavy withCount usage are outside its sweet spot and will silently degrade.
• Dependency hygiene matters. 7 stars, 0 dependents, README-and-releases-only maturity means you are an early adopter. Fine for an internal admin tool behind a feature flag; a harder sell for a revenue-critical API.

How to Pitch It (Stakeholders)

To executives: This is a low-cost, MIT-licensed fix for slow back-office list pages — deep pages currently force the database to read every preceding row, and this package cuts that per-page cost substantially. It's a one-line change on affected screens, requires no API or client changes, and needs no vendor contract. Treat it as a tactical optimization with a defined exit path, not a platform bet.

To engineering: It implements a deferred join — a key-only indexed query for the page's IDs, then a primary-key lookup for full rows. We should (1) benchmark p95 on deep pages against production-shaped data, (2) confirm the inner query is index-covered, (3) check for groupBy/union/distinct in affected queries, and (4) keep the change isolated per-endpoint so reverting is a one-line diff. The real long-term answer for high-traffic endpoints remains cursor pagination; this unblocks the page-number UX in the meantime. Given the package's adoption profile, assume we may need to vendor the implementation — the method is small enough that this is a contained risk.