March 29, 2023 / Nirav Shah
Maintaining a high-performance Magento website on the cloud can be challenging and must be done rightly for enhanced business and operational outcomes. Finding the optimal balance between server size, capacity, and the cost is essential for swift success in this area.
In this blog post, we will cover Magento AWS best practices for optimising performance when hosting your online store on Amazon Web Services (AWS). Keep reading this blog to get insider tips on maximising your Magento store’s performance and productivity while running it efficiently on AWS.
If you really need to get the most out of your Magento store hosted on Amazon Web Services (AWS), we have provided a comprehensive view for optimising Magento on AWS that will help you maximise performance, reduce costs, and ensure a secure environment.
Read on the ten best practices on effectively optimising Magento for precisely running your eCommerce store on AWS.
AWS Instance Types provide a range of options for whatever workloads you need to support. Before selecting an instance type, it is vital to consider the types of applications and services running on the instances.
Different workloads require different resources, and instance types can be optimised for specific workloads, such as memory-intensive or compute-intensive applications.
When selecting an instance type, it is important to identify the application’s needs and choose a style that provides the best balance between cost and performance. The selection process should consider network bandwidth, CPU cores, memory size, and storage requirements.
Once these requirements have been identified, you can compare the features and performance of different instance types to find the one that best meets your needs.
A CDN is a network of geographically distributed servers that facilitates faster web content delivery. Using edge networks helps to reduce latency and improve performance while also providing a reliable experience for users.
This scenario is beneficial in areas where internet access is limited or spotty, as it allows content to reach end users quickly and reliably.
Using a well-optimised Magento configuration can significantly improve the performance and speed of your website. It is significant to ensure that you are taking full advantage of the available options for optimisation. This scenario includes ensuring that you have the updated version of Magento installed, enabling caching, using a CDN, and properly configuring your Magento settings.
When optimising your Magento configuration, ensure that you are not compromising on the security of your website. Ensure that all patches for the version of Magento being used have been applied and that any third-party extensions or plugins are updated.
Caching is a best practice for optimising Magento on AWS. It improves your web store’s performance by decreasing the time and resources required to generate content.
By caching stores copies of frequently requested web pages, you can allow them to be retrieved quickly and with less effort from the server. This scenario reduces the load on your server, resulting in improved webpage loading times and better performance.
Using caching technologies like Memcached or Redis speeds up dynamic web page loading times and reduces database requests significantly.
A load balancer is an essential part of any Magento-based system on the Amazon Web Services (AWS) platform. It distributes incoming application traffic among multiple EC2 instances, providing scalability and reliability. This scenario helps ensure that your Magento store is always up and running, with no downtime or performance issues.
Elastic Load Balancing (ELB) distributes incoming app traffic across numerous instances in an explicit Auto Scaling group. It increases fault tolerance by automatically monitoring and replacing unhealthy nodes. This scenario improves the availability, scalability, and reliability of your application.
Multicast replication is a powerful technology for optimising Magento on AWS. Using the power of multicast allows large amounts of data to be sent from one source to multiple destinations in a single operation.
Leveraging multicast replication allows replicating content from a primary node using asynchronous data propagation via the UDP protocol for higher throughput with lower latency.
Auto Scaling provides the ability to automatically scale up or down the number of Amazon EC2 instances running within an application’s architecture. This scenario ensures that applications on AWS can respond quickly and efficiently to transforming demand patterns while minimising costs.
Auto Scaling works with other AWS services, such as Amazon CloudWatch alarms, which allow for scaling actions to be driven by alarms set when specific metrics, such as CPU utilisation, exceed or fall below-defined thresholds.
Optimising Magento’s performance on AWS requires a strategic approach. Precisely configuring the server and database is essential to ensure that Magento runs smoothly and quickly. With the correct setup, your store can be incredibly responsive, even as more customers use it.
So, to ensure that your database runs optimally, you must consider the infrastructure of AWS and its unique architecture.
Using AWS for Magento can be highly beneficial for businesses looking to scale their eCommerce operations. However, some security best practices should be followed to ensure optimal performance.
One best practice is the use of encryption when storing data on AWS. This scenario helps prevent unauthorised access and ensures the data is kept secure.
Additionally, using AWS Identity and Access Management (IAM) allows businesses to manage the access levels of users and services in their cloud environment. This scenario helps keep critical systems and data safe from malicious actors.
Performance monitoring and analysis is a valuable practice for optimising the performance of Magento on AWS. The data collected from this process can be used to identify potential issues, assess system performance, and adjust resources accordingly.
By monitoring and analysing data such as memory usage, CPU utilisation, disk space consumption, and throughput rates, administrators can determine when it may be time to scale resources up or down to reduce costs and maximise performance.
Performance monitoring tools such as CloudWatch or New Relic enable you to optimise system usage depending on resource requirements at different times of the day by managing services according to configured thresholds that trigger scaling processes.
Regularly update your Magento application and AWS services to the latest versions to ensure that you are taking advantage of the latest performance optimizations, bug fixes, and security updates. This includes keeping your operating system, web server, PHP, and other software components up to date.
So, after analysing the different elements and involved components of Magento on AWS, optimising it requires careful consideration and several intentional actions.
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Optimising Magento for Amazon Web Services (AWS) is essential for the success of any online store. Here are a few vital and crucial reasons why:
Optimising Magento on AWS is essential for any eCommerce business that wants to take advantage of the cloud’s scalability and features. It enables you to quickly launch and scale an online store without investing in additional hardware or infrastructure. It even helps keep your website running smoothly with its built-in load balancing, caching, auto-scaling, and data replication services.
Optimising Magento on Amazon Web Services (AWS) can tremendously impact conversion rates and sales for any business. Here are some key benefits of optimising this combination:
As a Director of Eternal Web Private Ltd an AWS consulting partner company, Nirav is responsible for its operations. AWS, cloud-computing and digital transformation are some of his favorite topics to talk about. His key focus is to help enterprises adopt technology, to solve their business problem with the right cloud solutions.
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