Laravel hosting that matches your own deploy routine

You can. A full SSH shell ships with every plan, so deployment here looks like the Git workflow you already run locally. Pull the code from GitHub, GitLab or Bitbucket straight into your account, run composer install to bring the vendor packages down, and copy your production values into .env. Artisan covers what is left: php artisan key:generate writes the app key, php artisan migrate builds the database tables. Shipping the next release is the same short routine. git pull for the newest commits, composer install if dependencies moved, php artisan migrate for anything new, then a cache refresh to throw out stale config. Because this is a genuine shell rather than a fenced-off panel, you can tail a log, fix storage permissions or run a command again when something needs a second look, without asking anyone for permission. Point the document root at the public folder and the app answers over HTTPS from the first request.

No. Composer is already installed on every account and already on the PATH, so there is nothing to fetch, unpack or configure before you deploy anything. The moment your account is provisioned you can open an SSH session and fire off composer install, composer update, composer require or composer dump-autoload, each one pointed at the correct PHP binary. That matters more for Laravel than for most stacks, because the framework and nearly everything you bolt onto it, starter kits, Sanctum, Horizon and the rest, arrive through Composer instead of sitting in your repository. Your composer.json and composer.lock remain the authority, which means the versions you tested on your own machine are the versions that land on the server. Want Composer running against one specific PHP release? Handled, since PHP version is picked per site. Dependency management behaves exactly as it does locally, with no house rules to learn.

Current PHP 8.x releases are available, and the control panel lets you decide which one each site runs on. This is not academic. Every Laravel release names a minimum PHP version: the newer ones generally want PHP 8.1 or above, while an older long-term-support project may still be pinned to an earlier 8.x build. Rather than forcing a single runtime across everything you host, the version is chosen per domain, so a creaking client project and a brand new build sit in the same account without fighting. The picker is only part of it. You can also tune what Laravel leans on hardest: memory_limit for heavy Artisan jobs and imports, max_execution_time for anything that runs long, and OPcache to keep compiled code sitting in memory. Switching is instant and reversible, so trialling an upgrade costs you almost nothing. Try it on a staging domain, watch the tests pass, then move production over with one click.

Both behave the way the framework intends. Keep a persistent worker alive with php artisan queue:work and your jobs, notifications, mailables and fat exports get processed away from the web request, rather than making a visitor stare at a spinner. Put Redis behind that queue and the work gets picked up and cleared fast, even when the traffic is real. Scheduling does not mean a wall of cron lines. You register everything in Laravel's own scheduler inside your app code, then add a single cron entry that runs php artisan schedule:run each minute. Laravel decides from there what is due and fires it: hourly digests, nightly cleanup, the weekly reports. Run php artisan queue:restart after each deploy so the workers pick up your current code. It is the approach straight out of the Laravel documentation, and there is nothing platform-specific here for you to learn.

Yes. Redis is there for caching, sessions and queues, which is the trio most production Laravel apps end up wanting. Flip the cache driver over and expensive query results, rendered partials and computed values come out of memory instead of being rebuilt on every single request. Move session storage across and signed-in users stay quick and consistent as numbers climb. Set the queue connection to Redis and background jobs are enqueued and worked through with very little overhead, so workers stay responsive in a rush. All of it goes through the ordinary cache, session and queue driver settings in your .env file. We do not need to do anything custom at our end. Since Redis keeps this data in RAM rather than on disk, pages that used to drag feel a lot quicker, and background processing keeps up instead of backing into a queue when traffic spikes without warning.

Yes, and it is how a Laravel app ought to be served in the first place. The framework keeps one entry point inside its public directory, while your application code, the .env file and storage sit above the web root, out of reach of anyone poking at URLs. In the control panel you aim the domain's document root at that project's public folder, and every request then travels through index.php exactly as Laravel expects. Bolt free auto-renewing SSL on and the app answers over HTTPS with tidy, readable URLs and no index.php cluttering the address bar. Directory permissions on storage and bootstrap/cache take a moment to set over SSH, which means caching, sessions and file uploads behave properly from the outset. More than one app in the same account? Give each domain its own document root pointing at its own public folder. The projects stay separate while sharing one fast NVMe server.