Cache Laravel Package

Product Decisions This Supports

• Build vs. buy for cache infrastructure. This package is a candidate only in the narrow scenario where a SQLite-backed cache store is genuinely needed and we do not want to own a custom Illuminate\Contracts\Cache\Store implementation. It informs the build-vs-buy line: if the "extra features" are marginal, building a ~200-line store on top of Laravel's cache contract is cheaper than adopting an unowned dependency.
• Infrastructure footprint decisions. Supports roadmap conversations about whether a product tier can ship without Redis or Memcached — e.g., single-tenant, on-prem, edge, or CLI-scheduled workloads where a persistent cache must survive process restarts and deploys but throughput is low.
• Deployment topology decisions. A file-backed cache in a multi-node or ephemeral-container environment is a known footgun (cache misses, inconsistent state). A single SQLite file can be a legitimate answer for single-node deployments with persistent disk, and this package is one data point in that evaluation.
• Prioritization signal, not a feature bet. With 0 stars and 0 dependents, this is a research input, not a build trigger. It should be logged as an evaluated option in the caching spike, not scheduled as work. Treat adoption as a decision to fund a proof-of-concept, not a decision to depend on it.
• Migration/exit-cost planning. Any decision to use it must be paired with a documented fallback (Laravel's first-party database or file store), because the swap cost is the real product risk.

When to Consider This Package

Consider it when:

• SQLite is already a first-class part of the stack and adding Redis is a real operational cost (no managed Redis, no ops capacity, on-prem/air-gapped installs).
• The workload is low-write, low-concurrency, single-node, with cache reads dominated by a small hot key set.
• You need cache persistence across deploys/restarts on a single host with a persistent volume.
• The "extra features" are verified to solve a problem the first-party drivers do not — and you can read the source to confirm it in an afternoon.
• You are willing to fork and own it: pin the commit, vendor it, or copy the store class into the codebase.

Look elsewhere when:

• Laravel's built-in database cache driver already covers the need — it is maintained, documented, tested, and supported by the framework. In most cases this package is redundant with it.
• You need cache tags, atomic increments under contention, clustering, or high-throughput writes — SQLite's single-writer model will bite.
• You are on a multi-node or autoscaled deployment where a local SQLite file is not shared state.
• You require security review, an active maintainer, CVE response, or a support contract. Zero dependents means zero downstream pressure-testing.
• The team cannot absorb the maintenance burden of an unmaintained MIT dependency in a critical path.

How to Pitch It (Stakeholders)

For executives: A small, MIT-licensed, SQLite-backed cache from a known Laravel package vendor. It is not a strategic bet — near-zero adoption means near-zero community validation, so the total cost of ownership sits with us, not the maintainer. Recommendation: evaluate as a low-cost spike inside the caching workstream, do not adopt into production without a fork-and-own commitment, and default to Laravel's first-party cache drivers unless a specific gap is proven.

For engineering: The interesting question is not "should we install this" but "does our stack have a legitimate SQLite cache use case at all?" If yes, compare against the framework's database driver first, read this package's store implementation for the deltas, and be explicit about the fallback path and the exit cost. Budget a timeboxed spike, not a dependency.