Thursday 23 July 2020

The Things You should know when using Laravel and AWS

The Things You should know when using Laravel and AWS

You most probably have heard about Laravel, one of the most popular frameworks of PHP. If you’re planning to modernize your PHP Laravel app and go to the next level, then a Laravel application development company could help you. The AWS or Amazon Web Services offers several features to help companies scale in order to support millions of users.

What you need to know about using Laravel and AWS

Allow me to show you how to architect your SaaS or software-as-a-service Laravel app with high-level standards scalability on AWS to understand what’s needed and discuss actions and considerations to acquire resiliency and business value. We opt for AWS cloud because it’s the most mature IaaS, or infrastructure-as-a-service provider, as well as making innovating things much easier. Nonetheless, the practices may be applied to any cloud platform as well.

Value of migrating a Laravel App to AWS

There is indeed great value with AWS cloud adoption, including pre-configured services for faster implementations and lower downtime, minimized IT labor force because of the flexible and repeatable infrastructure. For scaling SaaS Laravel apps, the cloud is a critical environment.

It enables you to decouple the architecture into several pieces, such as cloud storage, integration of different SaaS platform AWS components, automatic scaling, and cloud-native apps among others. Additionally, if you plan on shifting to the AWS cloud, the AWS Migration Checklist could be used to prepare you for the journey.

Laravel for Big-Scale SaaS AWS Architecture

The following diagram illustrates the way that a next-general Laravel app should be architected with the full AWS DevOps components range. Every mentioned piece in this AWS stack is extremely resilient, scalable, and elastic.

The Things You should know when using Laravel and AWS

AWS load balancing and auto-scaling

Dynamic traffic to begin with comes from the AWS Route53, which routes all Application Load Balancing requests where the AWS ALB loads balance across EC2 instances fleet. Horizontally, the fleet should 'scale' in adherence to the AWS CloudWatch metrics traffic demands.

Amazon S3 and the CloudFront CDN

All the static content, like videos, HMTL, and videos will be hosted on the cloud storage Amazon S3, which has infinite elasticity as well as storage. In the Amazon S3, we compound the AWS CloudFront, for caching the entire static content and minimize the costs of bandwidth. Integrating these components is paramount.

Amazon VPC and Networking

We propose an AWS VPC in the AWS networking level with public and/or private enterprise networks. Adhering to the practices of HIPAA and PCI, there must be a VPN that encapsulates the Laravel app within the private enterprise network of AWS. Take into consideration furthermore to include an AWS VPN connection and an OpenVPN service as well to access several private network environments of Laravel.

AWS RDS Aurora

The database data should be placed on the RDS or the AWS Aurora, and on the AWS ElastiCache as well to manage sessions, and for user data caching. Scalable and elastic, the AWS components help you design an AWS framework that’s well-architected, with the highest level of resilience and error-tolerance.


Route53, from the viewpoint of the DNS, is required for managing the app domain, routing latency, DNS scalability, and more features for minimizing failures.

Amazon Web Services Lambda

The serverless component may be utilized for backend scripts, as well as synch tasks to minimize load in the cluster of AWS Auto Scaling. The following are the web apps that fit within this architecture:

  • Mobile backend apps
  • API Laravel apps
  • SaaS Laravel apps
  • Laravel enterprise apps, such as ERPs, CRMs, and back-office systems
  • Any web platform, including Ruby, Node.js, CakePHP, Zend, PHP, Symfony, and Yii
  • Front-end apps, such as for instance React, Angular, Vue.js, or any HTML website

The Pros of the AWS Micro-Service Architecture

  1. Scalability. Based on the independence of the architecture, scaling the micro-service architecture vertically or horizontally is easy, based on the technology line and on the business.
  2. Independence. Every AWS micro-service could be deployed on a separate virtual machine, physical machine, or Docker for a native distributed architecture design.
  3. Easy maintenance and upgradability. Every micro-service could be independently updated and maintained, still based on its being independent.
  4. Any language. Every micro-service could be developed in adherence to the programming language familiar to the team of developers, and provide APIS according to the RPC or REST protocol.


Hire Laravel developer to know more about the benefits of the AWS architecture. Developers found a life-saving straw and began implementing it right away. Developers are able to generate and manage Laravel environments effectively via the command line tools.


Post a Comment