Laravel EOL in 2026: Which Versions Are Still Safe and When to Upgrade

April 19, 2026
wpusername6553
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Laravel EOL in 2026: Which Ver ...

If you’re running a Laravel application in production right now, there’s a decent chance your version has already reached end of life. Laravel 6 through 9 no longer receive security patches from the framework maintainers. Laravel 10’s security window closed in February 2026. That leaves Laravel 11 and 12 as the only versions with active support.

For teams that haven’t upgraded recently, this isn’t a hypothetical risk. It’s a concrete one — and the cost of acting goes up the longer you wait.

The Full Laravel Support Timeline

Laravel follows a predictable release and support cycle. Each major version gets roughly 12 months of bug fix support followed by an additional 12 months of security-only patches. After that, the version is officially end of life. No more fixes. No more patches. You’re on your own.

Here’s where every version stands as of April 2026:

Laravel 6 (LTS) — Released September 2019. Bug fixes ended September 2021. Security patches ended September 2022. EOL for over three years.

Laravel 7 — Released March 2020. Security support ended March 2021. EOL for five years.

Laravel 8 — Released September 2020. Security support ended January 2023. EOL for over three years.

Laravel 9 — Released February 2022. Security support ended February 2024. EOL for over two years.

Laravel 10 — Released February 2023. Security support ended February 2026. Just crossed into EOL territory.

Laravel 11 — Released March 2024. Bug fix support active through September 2025. Security patches through March 2026. Approaching the end of its support window.

Laravel 12 — Released February 2025. Full bug fix support through August 2026. Security patches through February 2027. The current recommended target for upgrades.

If your application runs anything older than Laravel 11, you’re already operating without a safety net.

What “End of Life” Actually Means in Practice

End-of-life status doesn’t mean your application stops working. It means the framework team has moved on. When a security vulnerability surfaces in an EOL version — and they do surface regularly in any mature PHP framework — nobody is writing a patch for you.

That shifts the equation. A team on Laravel 12 gets the fix automatically through Composer. A team on Laravel 8 has three options: write the patch themselves, hire someone who can, or accept the vulnerability. None of those are cheap, and the third creates liability.

The less visible cost is ecosystem drift. Package maintainers follow the framework’s support timeline. When Laravel drops a version, packages start dropping it too. The longer you stay on an EOL release, the harder it becomes to install or update anything — not just the framework itself, but every dependency in your stack.

The Compounding Cost of Waiting

Upgrading one major version is usually manageable. Breaking changes are documented, the migration path is linear, and most packages keep compatibility across adjacent releases. Not fun, but predictable.

Upgrading three or four major versions? Different problem entirely. Each version introduces its own set of breaking changes, and those changes interact in ways that aren’t documented anywhere. A deprecation introduced in Laravel 8 becomes a removal in Laravel 9 and triggers a cascade in Laravel 10. Debugging across that span means working backward through multiple changelogs to find where a particular behavior actually changed.

Teams that defer upgrades often discover this compounding effect the hard way. What could have been a one-week project 18 months ago has become a multi-sprint effort with unpredictable scope.

The cost also shows up in hiring. Developers increasingly expect to work on current framework versions. Recruiting for a team running Laravel 7 in 2026 means either finding someone willing to work with legacy code or planning the upgrade before they arrive. Neither option is free.

When to Upgrade

The short answer: before your current version reaches its security-patch deadline. For teams already past that deadline, the answer is now — every month you wait adds technical debt and expands the gap you’ll eventually need to cross.

If you’re planning an upgrade, target the latest stable release (currently Laravel 12) rather than the minimum viable version. Stepping up to Laravel 10 or 11 buys you time, but not much. Those versions are approaching their own EOL dates, which means you’ll be back in the same position within a year.

For multi-version jumps, the upgrade needs to be planned as a project, not squeezed into a sprint. Map your dependencies, audit your test coverage, and step through intermediate versions sequentially. Skipping versions compounds the same risk you’re trying to eliminate.

Automating the Hard Parts

The most time-consuming part of a Laravel upgrade isn’t understanding what changed in the framework. It’s understanding what those changes break in your specific application — the custom service providers, the third-party packages, the implicit dependencies that nobody documented.

That’s the problem Laravel Ascend was built to solve. It automates dependency analysis and compatibility checking across versions, so your team spends time on real engineering decisions instead of manually auditing every package in composer.lock. It’s open source and available on GitHub.