Product Decisions This Supports
- API pagination strategy (offset vs. cursor): Informs whether an endpoint should expose page-number pagination or opaque cursors. Cursor pagination is the right call for large, append-heavy, or frequently-changing datasets (feeds, activity logs, transactions, notifications) where offset pagination causes duplicated/skipped rows and degrades at depth.
- Performance and cost trade-offs at scale: Cursor pagination avoids
OFFSET scans, which materially reduces query time and database load on high-volume endpoints. This is a lever for infrastructure cost and latency SLOs, not just developer ergonomics.
- Client UX decisions: Supports infinite scroll, "load more," and mobile-first list experiences, and defines the contract mobile/web clients must honor (opaque cursor, no random page access, no total count).
- Build vs. buy vs. use-the-framework: The core decision this package informs is whether to hand-roll cursor logic, adopt a third-party package, or use Laravel's native implementation. Given the package is archived (last release 2020-11-24) and Laravel shipped native
cursorPaginate() around the same period, the honest conclusion is usually "use the framework."
- Dependency risk and roadmap hygiene: Serves as an input to technical-debt and supply-chain reviews — an archived, unmaintained dependency in a customer-facing API is a standing risk that needs an owner and an exit plan.
When to Consider This Package
Consider it only in narrow, time-boxed situations:
- You are on a legacy Laravel version (pre-8.x) that predates native cursor pagination and cannot upgrade on your current roadmap.
- You need cursor semantics quickly for a single internal or low-traffic endpoint and accept the maintenance burden as explicitly temporary.
- You want a reference implementation to study cursor encoding/decoding, boundary handling, and paginator contracts before building or adopting the native equivalent.
Look elsewhere (i.e., use Laravel's native cursorPaginate()) when:
- You are on Laravel 8+ — the framework already provides cursor pagination, is maintained, and is covered by the framework's security and upgrade path. Adopting a 2020-era archived package here is strictly worse.
- You need ongoing security patches, PHP/Laravel version compatibility, or vendor support. "Archived" means no fixes for new framework versions or disclosed issues.
- Your endpoints require complex multi-column ordering, filtered cursors, or stable ordering guarantees — verify the package's semantics against your needs rather than assuming parity with native behavior.
- You need total counts or random page access — cursor pagination is the wrong tool regardless of library, and the package does not change that.
Adoption gate: Treat this as a stopgap with a written exit criterion (e.g., "removed upon Laravel upgrade to X"). Without that, the answer is no.
How to Pitch It (Stakeholders)
For executives: This is a small, MIT-licensed library for API pagination — a technical implementation detail, not a product differentiator. The strategic takeaway is that we probably shouldn't adopt it: it has been archived since 2020 and Laravel now ships equivalent functionality for free. Choosing the framework's built-in path reduces maintenance cost and supply-chain risk at no loss of capability. The only scenario where it enters our stack is as a short-lived bridge for legacy services, with a scheduled removal.
For engineering: Cursor pagination is the correct pattern for large or fast-changing collections; it eliminates OFFSET cost and the duplicate/skip artifacts of offset pagination. This package was a reasonable solution in its era, but it is unmaintained and predates Laravel's native cursorPaginate(). Recommendation: use the native implementation for new work, and if this package is already in the codebase, scope a migration as part of the next Laravel upgrade rather than treating it as a permanent dependency. If adopted as a stopgap, document the exit condition and owner in the same PR.