Cache Laravel Package

Product Decisions This Supports

• Cache abstraction and portability — informs whether to standardize application code on PSR-6/PSR-16 interfaces so business logic isn't coupled to a specific store.
• Build vs. buy on caching plumbing — this package is a thin adapter, not an engine. The real question it answers is "do we hand-roll a PSR wrapper, or adopt one?" For most teams the answer is neither: use what the framework already ships.
• Backend migration roadmap — because it delegates to Doctrine Cache drivers, moving file → Redis → Memcached is a configuration change, not a code change. That maps to roadmap items like "get query cache off local disk before Q3."
• Feature-level caching for API surfaces — fits PSX-style REST workloads (response caching, per-endpoint TTLs), which overlaps with how we'd cache API responses in Laravel.
• Dependency vetting for vendor integrations — a candidate whenever a third-party library demands a PSR-6/PSR-16 implementation as a contract.

The decision this should drive most often is a no-go outside the PSX ecosystem. Two stars and zero dependents mean it cannot be load-bearing in a commercial product without us accepting the maintenance tail ourselves.

When to Consider This Package

Consider it when:

• You are already inside the PSX (apioo) framework and want its native cache layer rather than a second abstraction.
• You need PSR-6 and PSR-16 from one package and you already depend on Doctrine Cache drivers, so the backing library is a sunk cost.
• You are prototyping or building an internal tool where swapping the cache out later costs an afternoon, not a sprint.

Look elsewhere when:

• You're on Laravel. Laravel ships a mature cache abstraction with Redis, database, file, Memcached, and DynamoDB drivers, plus tags, locks, and atomic operations. A parallel PSR implementation creates two cache worlds with two sets of TTL and stampede semantics to reason about during incidents.
• You need PSR compliance only as glue. symfony/cache provides actively maintained PSR-6 and PSR-16 adapters across many backends.
• The Doctrine dependency is disqualifying. doctrine/cache sits in maintenance/deprecation territory, with new Doctrine work steered toward symfony/cache. That makes this package's foundation a multi-year liability regardless of its own code quality.
• You need production guarantees. No dependents, negligible stars, single-maintainer risk, and no evidence of stress testing, stampede protection, tag invalidation, or metrics hooks.
• You need distributed cache features — namespacing, atomic increment, conditional writes, cluster awareness.

Adoption gate: acceptable only if the blast radius of ripping it out is roughly one afternoon and the dependency never sits on a customer-facing critical path.

How to Pitch It (Stakeholders)

For executives: This is a small open-source library that lets PHP code store and retrieve cached data through a standard interface, backed by several storage engines. It's free and permissively licensed (Apache-2.0). The problem is adoption: two GitHub stars, zero downstream packages, and it sits on Doctrine's caching component, which is itself on a deprecation path. My recommendation is not to introduce it into our Laravel platform. Laravel already provides a stronger, better-supported cache layer, and adopting this would give us two caching systems to operate, monitor, and debug — plus a maintenance tail we'd own ourselves. It is cheap to adopt today and potentially expensive to depend on in eighteen months.

For engineering: It's a thin PSR-6/PSR-16 shim over Doctrine Cache. The value is the interface, not the implementation — and the interfaces are already available to us. We have Illuminate\Contracts\Cache with better primitives (tags, locks, atomic counters) and a Redis driver that is actually maintained. If we need PSR-16 specifically because some third-party library type-hints it, use symfony/cache adapters or a purpose-built bridge rather than pulling in a repo with zero dependents. The one legitimate exception: if we adopt PSX for an API layer, let it bring its own cache adapter so we aren't fighting the framework's wiring.