Read the stack trace. Kill the bug.

One well-defined bug starts at $99 (a Quick Fix, roughly 4 hours at $25/hr), turned around in 24–48 hours. A batch of bugs, or one gnarly root-cause that needs investigation plus regression tests, runs as a Bug-Fix Sprint at $499 (~20h @ $25/hr). For mission-critical apps that can’t go down, a stabilization sprint is $2,499 (~100h @ $25/hr) with an on-call retainer option. You see a fixed price before any work starts — never billed silently by the hour.

Emergencies (app down in production) get a first responder on the stack trace within 4 hours. A single well-scoped bug is typically fixed and tested within 24–48 hours. Deeper root-causes — an intermittent MaxAttemptsExceededException, a memory leak, an N+1 query storm — take a little longer because we reproduce, profile, and add a regression test, but you get a written ETA up front.

Yes. We reproduce the bug on staging or a local clone of your repo first, then fix on a feature branch you review as a diff or pull request — nothing is pushed straight to main or deployed without your approval. Each fix ships with a PHPUnit or Pest regression test that fails before and passes after, so we know the patch works and doesn’t silently break something else.

Staging or a repo clone whenever possible — that’s where we reproduce and fix safely. We only touch production for the final deploy-and-verify step, with you watching the logs, or by handing you a clean PR to merge through your own pipeline. If there’s no staging, we can stand up a quick local environment from your git repo and a sanitized database dump.

At minimum: the full stack trace, the failing route or Artisan command, and either Git repo access or a staging URL. Helpful extras: read access to storage/logs/laravel.log, Telescope or Sentry if you use them, and your .env structure (you can redact secrets). For deploy-and-verify we need either pipeline access or someone to merge the PR. We work to least-privilege — no more access than the fix requires.

A 500 means an uncaught exception was thrown and APP_DEBUG=false hid the detail. The real error is in storage/logs/laravel.log — common causes are a missing APP_KEY (No application encryption key has been specified), a stale config:cache after deploy, a database connection failure, or a thrown HttpException. We read the actual trace, fix the cause, and make sure debug mode is safely off in production afterward.

An Error: Class "App\Services\Foo" not found almost always means one of: a namespace that doesn’t match the file path (PSR-4), a forgotten composer dump-autoload after adding a class, a service-container binding lost in a merge, or a case-sensitivity mismatch that works on macOS but breaks on a Linux server. We trace the autoload map, fix the root cause, and add a test so the wiring stays intact.

Yes — this is one of the most common Laravel production issues. Symptoms include rows piling up in failed_jobs, a MaxAttemptsExceededException, a queue:work daemon that died after a deploy and never restarted, or serialization errors when a job holds a model that no longer exists. We diagnose the supervisor/Horizon setup, fix the failing job logic, add retry/backoff where appropriate, and make sure workers restart automatically on deploy.

Yes. Failed migrations are delicate because a half-run migration can leave your schema in an inconsistent state. Typical errors: SQLSTATE[42000]: ... 1071 Specified key was too long (the utf8mb4 index-length trap), foreign-key constraints that won’t drop, or a column that already exists. We repair the schema state and the migrations table without dropping your data, then make the migration safely re-runnable.

An Allowed memory size of 134217728 bytes exhausted almost always means too much data loaded into memory at once — usually Model::all() on a big table, an unbounded collection, or eager-loading that fans out. We replace it with chunk(), cursor(), or lazy collections, fix any N+1 queries feeding the leak, and only raise memory_limit as a last resort. The fix ships with a test on a representative dataset.

Yes — PHP 8 turns a lot of old leniency into hard fatals. Common post-upgrade breaks: TypeError from stricter type coercion, deprecation notices becoming errors, removed functions, and named-argument or constructor-property changes in dependencies. We work through the failing paths, patch the code (and bump or replace incompatible packages), and run your test suite green on the target PHP version before signing off.

Yes. Every fix ships with a regression test that pins the bug closed, and we include 14 days of free cover — if the exact same bug resurfaces in that window, we fix it again at no charge. We also fix on a feature branch you review, so you approve the change before it ever reaches production. We don’t guarantee unrelated new bugs, but we do guarantee the one we were hired to kill stays dead.