How to Plan for Software Scalability and Building for Growth
Tags: javascript, appwritehack
Published: 2022-11-18 12:25:02

In today's world, technology is advancing by the day. Whenever you plan to build software, you must plan for growath. Scalability is one of the most important factors to consider when creating software products and applications that will grow over time. When software products and applications are developed without first considering scalability, sustaining growth becomes a challenge.

There are several factors to consider when planning and developing a scalable application. This article will explain software scalability and how to plan for it to ensure growth when building software products and applications.

## What is Software Scalability?

[Software scalability](https://www.gartner.com/en/information-technology/glossary/scalability) measures how a system can expand its capacity and functionalities in response to user demand. It refers to the software's ability to handle increased workloads and support increasing data volumes while adding and removing data with minimal cost impact. For example, a database's scalability determines how well it can adapt to new users joining a system or how well it handles integrations.

Software scalability encompasses performance, maintenance, availability, and cost. [Performance](https://dev.to/hackmamba/super-useful-metrics-to-track-your-server-expenses-4dp9) is a broad parameter that influences productivity and, as a result, conversion. The goal of scalable software is for it to be stable while adapting to changes, upgrades, overhauls, and resource reductions.

You now understand what software scalability is all about and why you should build software that scales. Now, let's explore some key points for planning software scalability when developing software that will grow.

## How to Scale your Software for Growth

It is important to recognize that there is no universal formula or method for scaling an application. Software scaling is a methodology based on a set of principles rather than a language or a tool. Here is a list of the best practices for planning software scalability.

**Build functionalities with growth in mind**
When developing software, you don't have to focus on creating something with many features in the first version; however, it would help if you constructed it to allow for future expansion and growth.

Suppose your software initially only supports a few users, uses limited storage, and processes a few instructions. In that case, you should design with expansion in mind so that the same software can scale. This will simplify handling all types of expansion, such as database, speed, etc.

**Make the best choice of technologies**
Use and select tools that support your intended expansion, so you don't have to struggle with confining yourself to a tool that doesn't support growth when your software begins to grow.

To create scalable software, you should start with technologies that support scalability. This entails using well-known libraries, appropriate search algorithms, and asynchronous code.

**Write clean code**
Writing clean code is critical to scaling your software when building for growth. You'll need to use programming techniques like [KISS](https://en.wikipedia.org/wiki/KISS_principle) (keep it simple, stupid), [DRY](https://en.wikipedia.org/wiki/Don%27t_repeat_yourself) (don't repeat yourself), and others to write scalable and maintainable code. You will also avoid unnecessary iterations to improve software performance.

A well-written code makes future changes simple to implement. A new programmer will spend less time analyzing existing scripts and more time creating new ones. This emphasizes why you always need a good developer who will not only complete the task but will do it well.

**Use caching technique to improve scalability**
[Caching](https://en.wikipedia.org/wiki/Cache_(computing)) involves storing pre-computed results that your application can access without requiring database queries or page renders. It avoids repeatedly handling expensive requests, reducing overall response time and software performance.

This means that your software only makes a single request, caches the data, and then continues to use it. Before making a request, your software will have to search the cache for the data, which benefits users due to your software's speed even when the software scales.

**Make** **a****dding** **f****eatures** **s****imple**
Scalability is all about ensuring that growth is possible without causing problems. The development team must be able to push new features and upgrade existing features to meet the growing needs of users. It would help if you designed your software to allow for automated testing across functionality, making it easier to identify bugs and less stressful to add new features.

Unit and integration tests will make adding and updating features more efficient and straightforward. This is because unit tests examine minimal functions, such as individual functions, whereas integration tests ensure more significant components, such as an entire page. Allowing automated testing means you can use these types of testing to test your software without affecting the entire program—this aids scalability.

**Use suitable databases to achieve scalability**
It is critical to select the type of database storage for your project data. Many of the issues encountered when scaling software are related to the database. To minimize and avoid future complications, you must first determine which type of database is appropriate for your project. You must select between a non-relational database (NoSQL) and a relational database (RDBMS or SQL).

Both types of databases have drawbacks. If you need to make quick changes for a short period, a non-relational database is ideal. It enables you to scale your software while keeping the data simple. On the other hand, a relational database gives you a lot of access to information because data is connected, so every search query is a complex task.

**Use Appwrite**
[Appwrite](https://appwrite.io/?utm_source=hackmamba&utm_medium=hackmamba-blog) can assist you with the backend, which includes database, security, users, authentication, storage, and more if you are developing a web or mobile application. I saved this tip for last because it covers and crowns all others. Appwrite was designed to be scalable.


![Appwrite - Open-Source End-to-End Backend Server](https://appwrite.io/images/logo.png)


Appwrite is an open-source, end-to-end back-end server that allows developers to build scalable applications much more quickly by providing a set of APIs, tools, and a management console UI. It is cross-platform and technology-independent, which means it can run on any operating system, programming language, framework, or platform.

As your application grows, you face security, storage, authentication, performance, and cost challenges. Using different tools to handle different operations can be very costly. Appwrite is built with data security and privacy in mind. Not only that, Appwrite can be hosted anywhere. It enables complete data ownership and control.

Appwrite has numerous advanced security features to keep data safe. This includes data encryption for all of your sensitive information and secrets. Built-in SSL certificates are generated automatically by [Let's Encrypt](https://letsencrypt.org/), ensuring secure client communication at all times. Appwrite also handles all certificate renewals automatically.

## Conclusion

In this article, you learned what software scalability is and some key points to consider when planning for software scalability as you build for growth. Scalability is difficult; it necessitates these factors and more to ensure that your software is built for growth.

But the main point is that you should build with growth in mind. Tools like [Appwrite](https://appwrite.io/?utm_source=hackmamba&utm_medium=hackmamba-blog) will help enhance and ensure growth. You can learn more about Appwrite and [why you should use Appwrite in this article](https://dev.to/hackmamba/dont-re-invent-the-wheel-use-appwrite-3c4b).