There are several effective ways to improve the scalability of your web application. According to recent studies, the average user expects web pages to load within two seconds. Therefore, it is critical to building applications that can maintain a quick response time. Of course, software development companies also have to account for their increasing user loads as well. As a software developer, you need to know the most effective ways to improve scalability in your web applications. This way, you can build software that adapts to your application’s growing number of users. Additionally, you can increase your saturation point to reduce downtime on your site. Read on to learn about the most effective ways to improve the scalability of your web application.
First, you should optimize your queries and indexing strategies to improve scalability in your web applications. For example, you might have a database with content from millions of articles and thousands of authors. If you wanted to query the latest articles per author, you could build the articles and authors into a single query. Notably, this can significantly reduce the volume of queries you are running. Your first instinct might be to loop the authors through one query. Then, you could execute a second query to locate the articles for the given article. However, these types of N+1 queries can dramatically worsen your application performance. Therefore, you should optimize your queries to reduce volume and increase efficiency when possible.
Install An Advanced Container Registry
Next, you can install an advanced container registry to improve scalability in your web application. For example, many enterprises use an Artifactory container registry by JFrog to access massively scalable storage for their Helm charts and repositories. Notably, these security tools provide unmatched stability and reliability. This way, you can accommodate your growing number of users, build servers, and interactions. With advanced replication options, you can support diverse network topology over different geographic sites around the world. In addition, you can use this containerization software to cover the full lifecycle of your docker registry. Once configured, you can manage development, vulnerability analysis, and artifact flow control in your pipeline.
Develop With Microservice Architecture
In addition, you can scale your web app horizontally using microservice architecture. With this configuration, you can divide your application into independent, functional units called services. By making your application more self-contained, you can scale each of the blocks independently as your load demands increase. Ideally, you should build your web applications with independent code, caching, and database tiers. Without this service-oriented architecture, you would need to scale each component of your application to the highest-demand tier. Over time, this could significantly increase your operational costs. Therefore, develop with microservice architecture to keep costs low as you scale your web app.
Implement Caching Responsibly
Moreover, you should implement caching responsibly to improve your web app scalability. According to development experts, you should only use caching to decrease costs linked to performance and scalability. Indeed, the time to live (TTL) of the data in your cache often determines its usefulness. For example, caching strategies may make more sense when loading the same 10 top-rated products in a catalog page on every request. Since this data is rarely changing, you can cache it for a long time. In addition, you can also cache data that changes at regular intervals to maintain a high performance. On the other hand, caching data that needs to be accurate to the minute can compromise your application performance. To minimize error risks, you can use multiple caching layers in your web application.
Build Load Balancing Infrastructure
Furthermore, you can also build a scalable load balancing infrastructure to improve your web app scalability. Typically, load balancing involves creating a cluster of servers configured with the same applications. Usually, each cluster consists of two or more nodes to share a workload. If one node fails, another can take over to keep application resources available. By improving fault tolerance, users usually cannot tell when a server is down. To build load balancing infrastructure, you need software that allows your nodes in the server cluster to present themselves as a single entity on the network. Indeed, they all need to appear to have the same, single virtual IP address. Usually, each node also has a dedicated IP address to identify it individually for access.
There are several effective ways to improve the scalability of your web application. First, you can optimize your queries to reduce volume and increase efficiency. Next, install an advanced container registry to access massively scalable storage. In addition, develop with microservice architecture to scale your apps cost-effectively. Moreover, implement caching responsibly to keep performance high. Furthermore, build load balancing infrastructure to keep your servers up and running. Consider these points to improve the scalability of your web application.