Why Overcomplication Hurts Your Implementation?

Does Laravel auto-update?

No, and for good reason.

The developer is obligated to ensure that any update does not break the application. Laravel is the foundation we build with, build upon, and extend; an update can alter that foundation in ways that would break the dependent application. The absence of automatic updates is therefore deliberate.

Updates must be performed manually. Today, increasingly with the help of AI agents. Before AI tooling matured, Laravel Shift served a similar purpose. Some teams still use it, though its usage has declined sharply as AI agents have become more capable.

To restate the principle: there are no auto-updates, and there should not be.

Within any codebase, one must verify that features continue to function after an update. Automatically updating the framework beneath live features would be reckless. Frameworks introduce breaking changes with major versions, and an automated rollout would, almost inevitably, break a service. Custom implementations often need to be updated alongside the framework itself, precisely because Laravel is a dependency of the project.

We build with Laravel; we build on top of Laravel.

Laravel is a dependency for building.

This is why we consistently recommend, almost preach, a single development philosophy: adhere to best practices, follow the documentation, and avoid unnecessary complexity. The objective is a clean, predictable update path. Any deviation from convention forces a revision of custom code at every cycle.

The goal is to minimise breaking changes during each major update.

Laravel is currently at version 13; version 14 is expected in roughly eighteen months. The major-version cycle runs at that interval. When Laravel 14 arrives, we will run the appropriate upgrade command for version 14 and test every feature in the project to confirm it still functions as intended. It is, admittedly, the unglamorous side of the work.

Confidence in such moments is a function of testing. With automated tests in place; unit tests in particular, one can be substantially more certain that an update has not undetectably broken existing functionality.

Combined with a by-the-book approach, building features the way they are described in the documentation, automated testing yields a comparatively painless upgrade path.

There is no need to rework custom code with every new release.

The notable irony is that many developers do not follow these principles. A significant share of our work involves taking over projects from other companies, and it is striking how often we encounter implementations that disregard convention. Whether this stems from less experience at the time, a different development philosophy, or reasons no longer evident, the result is the same.

We approach inherited codebases with curiosity, often asking why a given choice was made.

Why overcomplicate an implementation?

Why override or attempt to modify core Laravel features?

Such decisions block upgrades, complicate updates, and force each affected feature to be reconsidered with every release cycle. The developer who does this is, in effect, manufactures extra work for themselves. The same hours could have been invested in delivering a new feature for the client, simply by choosing a more efficient implementation from the start.