14 Best Practices for Optimizing the Performance of your Laravel API
Tags: laravel, redis, cdn, api
Published: 2022-12-26 15:29:25

---
title: 14 Best Practices for Optimizing the Performance of your Laravel API
published: true
date: 2022-09-03 21:33:16 UTC
tags: laravel,redis,cdn,api
canonical_url: https://blog.jjdiaz.dev/14-best-practices-for-optimizing-the-performance-of-your-laravel-api
---

![14 Best Practices for Optimizing the Performance of your Laravel API](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/n6bm9lbojn3205jilnhx.png)

**Optimizing the performance** of your **Laravel API** application is important to ensure that it can handle a high volume of requests efficiently and with minimal latency.

Here are some best practices you can follow to optimize the performance of your Laravel API:

## 1. Use eager loading for relationships

**Eager loading** is a technique that allows you to pre-load related model instances when querying a parent model. This can help to reduce the number of database queries required to retrieve data for a given request, which can improve the performance of your API.

Here's an example of how to use eager loading in a Laravel API:

```
// Retrieve all users and their associated orders, using eager loading
$users = User::with('orders')->get();

// Iterate over the users and return their orders
foreach ($users as $user) {
    return $user->orders;
}

```

## 2. Minimize the use of raw SQL queries

While **raw SQL** queries can be useful in some cases, it's generally a good idea to use Laravel's built-in query builder or [**ORM**](https://laravel.com/docs/eloquent) (Object-Relational Mapping) whenever possible. This can help to improve the readability and maintainability of your code, and can also result in better performance since Laravel's query builder and ORM use optimized SQL statements under the hood.

Here's an example of how to use **Laravel's query builder** to retrieve data from a database:

```
// Retrieve all users with a specific role
$users = DB::table('users')
    ->where('role', 'admin')
    ->get();

// Iterate over the users and return their names
foreach ($users as $user) {
    return $user->name;
}

```

## 3. Use a PHP opcode cache

A **PHP opcode cache** is a tool that stores compiled PHP code in memory, allowing it to be reused without the need to recompile it on each request. This can significantly improve the performance of your Laravel API, especially if you have a high volume of requests.

To set up a **PHP opcode cache** , you will need to install and enable the cache extension for your PHP installation.

Some popular options include:

- [**XCache**](http://slateci.io/XCache/)

- [**OPcache**](https://www.php.net/manual/en/book.opcache.php) (which is included with PHP 5.5 and above)

Here's an example of how to enable **OPcache** in a PHP configuration file (e.g. `php.ini`):

```
; Enable OPcache
zend_extension=opcache.so

; Set the memory limit for OPcache (in MB)
opcache.memory_consumption=128

; Enable OPcache for CLI
opcache.enable_cli=1

```

You can then use the `phpinfo()` function to verify that the opcode cache is enabled and to view its configuration settings.

## 4. Use caching

Caching is a technique that allows you to store data in memory or on disk so that it can be retrieved quickly without the need to query a database or compute the data from scratch. This can help to reduce the load on your server and improve the performance of your API.

Laravel provides a variety of caching options, including:

- file-based caching

- database caching

- in-memory caching

Here's an example of how to use file-based caching in a Laravel API:

```
// Retrieve data from the cache, or compute it if it's not available
$data = Cache::remember('some_key', 60, function () {
    // Compute the data here
    return computeData();
});

// Return the cached data
return $data;

```

## 5. Use horizontal scaling

If your API is experiencing high levels of traffic, you may need to consider using **horizontal scaling** to **distribute the load across multiple servers**. This can help to improve the performance and reliability of your API by allowing it to handle more requests without becoming overloaded.

There are several ways to implement **horizontal scaling** , including:

- using a **load balancer** to distribute traffic **among multiple servers**

- using a **container orchestration** platform like **Kubernetes** to **manage the scaling** of your API **automatically**

## 6. Use optimized database indexes

**Database indexes** are data structures that allow you to efficiently query your database for specific records. By creating the right indexes for your database tables, you can significantly improve the performance of your API by reducing the time it takes to execute queries.

Here's an example of how to create an index on a `users` table in a Laravel API:

```
// Add an index on the "email" column of the "users" table
Schema::table('users', function (Blueprint $table) {
    $table->index('email');
});

```

It's important to note that **adding too many indexes can actually have a negative impact on performance** , as they take up space in the database and can slow down data insertion and update operations.

Therefore, it's important to carefully consider which indexes are necessary for your API and to create only the ones that will provide the most benefit.

## 7. Use a content delivery network (CDN)

A content delivery network ( **CDN** ) is a distributed network of servers that deliver web content to users based on their geographic location. Using a **CDN** can help to improve the performance of your API by reducing the distance that data has to travel between the server and the client, which can reduce latency and improve the user experience.

To use a **CDN** with your Laravel API, you will need to sign up for a **CDN** provider and configure your API to deliver content through the **CDN**. This typically involves modifying the URLs of your static assets (e.g. images, CSS files, JavaScript files) to point to the **CDN**'s servers, rather than your own.

By following these best practices and using tools like database indexes and a **CDN** , you can further optimize the performance of your Laravel API and provide a fast and reliable experience for your users.

## 8. Use a profiler to identify performance bottlenecks: Laravel Horizon

A **profiler** is a tool that allows you to analyze the performance of your Laravel API by measuring the time it takes to execute different parts of your code.

This can help you to **identify performance bottlenecks** and optimize your API accordingly.

Laravel provides a built-in profiler called [**Horizon**](https://laravel.com/docs/horizon) that can help you to monitor the performance of your API and identify areas for improvement. To use horizon, you will need to install and configure the package, and then use the provided dashboard to view performance metrics and identify any slow queries or other bottlenecks.

Here's an example of how to install and configure horizon in a Laravel API:

Install the horizon package

```
composer require laravel/horizon


// Add the horizon service provider to the providers array in config/app.php
'providers' => [
    // Other service providers...
    Laravel\Horizon\HorizonServiceProvider::class,
],


// Publish the horizon configuration file
php artisan vendor:publish --provider="Laravel\Horizon\HorizonServiceProvider"

// Run the horizon migrations
php artisan horizon:install

// Start the horizon worker process
php artisan horizon

```

You can then access the horizon dashboard by visiting the `/horizon` route in your API.

By using a profiler like **horizon** , you can identify specific areas of your API that are causing performance issues and take steps to optimize them.

## 9. Use a load tester to simulate high traffic conditions

A **load tester** is a tool that allows you to simulate **high traffic conditions** on your API to test its **performance** and **identify** any **potential bottlenecks**.

This can help you to optimize your API for **high traffic scenarios** and ensure that it can handle a large volume of requests without becoming overloaded.

There are many load testing tools available, including

- [Apache JMeter](https://jmeter.apache.org/)

- [Loader.io](https://loader.io/)

To use a load tester with your Laravel API, you will need to set up a test plan that defines the number and type of requests to send to your API, as well as any relevant parameters (e.g. headers, payloads). You can then use the load tester to simulate a high volume of requests and analyze the results to identify any performance issues.

By using a load tester, you can ensure that your Laravel API is optimized for high traffic scenarios and can handle a large volume of requests efficiently.

## 10. Use database optimization techniques

In addition to optimizing your Laravel code, it's important to also **optimize your database** to ensure that it can handle a high volume of requests efficiently.

Here are some techniques you can use to optimize your database:

- **Use proper database design** : A well-designed database schema can improve the performance of your API by reducing the number of database queries required to retrieve data and by minimizing data redundancy. Make sure to use appropriate data types, indexes, and constraints to optimize your database schema.

- **Use database indexing** : As mentioned earlier, database indexes are data structures that allow you to efficiently query your database for specific records. By creating the right indexes for your database tables, you can significantly improve the performance of your API by reducing the time it takes to execute queries.

- **Use database query optimization** : Make sure to use optimized SQL queries in your Laravel code to improve the performance of your API. This can include using JOINs and subqueries appropriately, minimizing the use of functions and expressions in queries, and using appropriate WHERE clauses to filter data.

By following these optimization techniques and using tools like a profiler and a load tester, you can ensure that your database is optimized for high traffic scenarios and can handle a large volume of requests efficiently.

## 11. Use the Laravel Debugbar

The **Laravel Debugbar** is a package that provides a debug toolbar for your Laravel application, allowing you to view performance metrics and debug information directly in your browser. This can be a useful tool for identifying performance bottlenecks and optimizing your Laravel API.

To use the **Laravel Debugbar** , you will need to install the package and add the service provider to your `config/app.php` file. You can then enable the debug toolbar by setting the `APP_DEBUG` environment variable to `true`.

Here's an example of how to install and configure the **Laravel Debugbar** in a Laravel API:

Install the **Laravel Debugbar** package

```
composer require barryvdh/laravel-debugbar

```

Add the **Debugbar** service provider to the providers array in config/app.php

```
'providers' => [
    // Other service providers...
    Barryvdh\Debugbar\ServiceProvider::class,
],

```

**Publish** the **Debugbar** configuration file

```
php artisan vendor:publish --provider="Barryvdh\Debugbar\ServiceProvider"

```

Enable the **debug toolbar** by setting `APP_DEBUG` to true in your `.env` file

```
APP_DEBUG=true

```

You can then access the debug toolbar by visiting your Laravel application in your browser. The toolbar will display a variety of performance metrics, including the time it took to execute the request, the number of database queries executed, and the memory usage of your application.

By using the **Laravel Debugbar** , you can identify performance bottlenecks and optimize your Laravel API accordingly.

## 12. Use a performance monitoring tool

Performance monitoring tools allow you to track the performance of your Laravel API over time and identify any trends or issues that may arise. This can be a useful tool for identifying and fixing performance issues before they become significant problems.

There are many performance monitoring tools available, including **Datadog** and **New Relic**. To use a performance monitoring tool with your Laravel API, you will need to sign up for an account with the tool and install the relevant integration or package.

By using a performance monitoring tool, you can track the performance of your Laravel API over time and identify any issues that may need to be addressed to optimize its performance.

## 13. Use the Laravel Telescope

[Laravel Telescope](https://laravel.com/docs/telescope) is a debugging and monitoring tool for Laravel applications that provides detailed insights into the requests and events that occur within your application. This can be a useful tool for identifying performance bottlenecks and optimizing your Laravel API.

To use **Laravel Telescope** , you will need to install the package and add the service provider to your `config/app.php` file. You can then access the **Telescope** dashboard by visiting the `/telescope` route in your Laravel application.

Here's an example of how to install and configure Laravel Telescope in a Laravel API:

Install the **Laravel Telescope** package:

```
composer require laravel/telescope

```

Add the Telescope service provider to the providers array in `config/app.php`

```
'providers' => [
    // Other service providers...
    Laravel\Telescope\TelescopeServiceProvider::class,
],

```

**Publish** the **Telescope** configuration file

```
php artisan telescope:install

```

**Migrate** the **Telescope** database tables

```
php artisan migrate

```

The **Telescope dashboard** provides a variety of performance metrics, including the time it took to execute the request, the number of database queries executed, and the memory usage of your application. It also provides detailed logs of events and exceptions that occurred within your application.

## 14. Use the Laravel Linkless Package

The **Laravel Linkless package** is a package that allows you to optimize the performance of your Laravel API by reducing the number of links in your API responses. This can be especially useful if your API sends a large number of links with each response, as it can significantly reduce the size of the response and improve the performance of your API.

To use the **Laravel Linkless package** , you will need to install the package and add the service provider to your `config/app.php` file. You can then use the `linkless` macro to remove links from your API responses.

Here's an example of how to install and use the **Laravel Linkless package** in a Laravel API:

```
// Install the Laravel Linkless package
composer require laravel/linkless

// Add the Linkless service provider to the providers array in config/app.php
'providers' => [
    // Other service providers...
    Laravel\Linkless\LinklessServiceProvider::class,
],

// Use the linkless macro to remove links from your API responses
return User::all()->linkless();

```

By using the **Laravel Linkless package** , you can optimize the performance of your Laravel API by reducing the size of your API responses and improving the efficiency of your API.

## Conclusion

Optimizing the performance of your **Laravel API** is important to ensure that it can handle a high volume of requests efficiently and with minimal latency.

By following best practices like using **eager loading** , **minimizing the use of raw SQL queries** , using a **PHP opcode cache** , and using tools like the **Laravel Debugbar** , **Laravel Telescope** , and the **Laravel Linkless** package, you can significantly improve the performance of your API and provide a fast and reliable experience for your users.