Companies and developers love Node.js. Stack Overflow 2020 survey calls it the most popular and loved app development framework among coding professionals. As for companies, the list of those who successfully built apps with Node.js includes Netflix, eBay, LinkedIn, PayPal, Trello, and Uber.
In this post, we’ll answer the million-dollar question: What is so special about Node.js when it comes to web development?
This time, let’s focus on why Node.js is the right choice for IoT apps.
What is Node.js?
Advantages of Node.js for IoT Applications
Here are the reasons why many developers choose Node.js app development for real-time IoT apps.
1. Real-Time Data Processing
Companies developing IoT applications often need real-time data processing. For example, a SaaS company selling an asset tracking app for manufacturing needs real-time data transfer from sensors to cloud and back.
Thanks to the platform’s asynchronous request handling and non-blocking input/output feature, Node.js is capable of processing data requests without any noticeable delays. Even if there’s a huge number of data and requests coming from IoT devices such as sensors, Node.js sensors won’t be blocked because of event-driven architecture and asynchronous processing.
As a result, Node.js developers have no problem building apps that provide real-time data processing across multiple users and devices.
Fast data processing is a major reason why companies choose Node.js. In fact, PayPal was able to decrease the response time by 35 percent by switching to the platform. According to the PayPal Engineering blog, this helped the company increase the loading page time by 200 milliseconds – a lot of time as far as user experience is concerned.
2. Reduced App Development Time and Cost
Last but not least, Node.js requires less computing power to host, which reduces operating costs. For example, one Java installation requires 64GB RAM and 32 cores, which is a lot of resources (which gets even higher depending on the app).
Node.js, in contrast, can make use of the same resources to run not one but 30+ installations. This makes it a better option for single-board controllers – a common option for building digital devices used in IoT systems. Ultimately, a major difference in resource usage leads to lower operating costs for those using Node.js.
3. High Scalability
This is another major reason why startups choose Node.js. Thanks to the platform’s capability to handle many concurrent connections and balance load effectively, you can build a fast network app to be easily scaled later.
Node’s single-threaded asynchronous architecture is the reason for high scalability. There’s no need for threads, mutexes, and synchronisation, obviously. In fact, there’s a Cluster module in Node.js developers use to easily “clone” an app on a single server.
With cloning, you avoid spending a lot of development work and focus on other important projects achieving your customer service goals or marketing. So, whenever you think about building a heavy input/output IoT app, Node.js should be on your list of options.
4. Easier Communication with Development Team
The benefits of using Node.js go beyond development costs. Despite some misconceptions of the platform, it’s easy to work with, even for beginner developers (why would most developers prefer it?) But this is good news for everyone involved.
Most app development teams now work remotely, which often leads to communication problems. One misunderstood message can turn into hours of additional or wasted work – that’s why companies hire writing workshop pros or paper writing services to up team communication skills.
Depending on the technology a team is using to build an IoT app, workplace communication must be extensive, clear, and frequent. Features, scalability, maintenance, coding – everything must be discussed and decided.
5. Easier to Build Cross-Platform Applications
Developing applications that run on multiple popular systems like macOS, Windows, and Linux is a must for IoT apps. By investing in different versions, IoT companies have a chance to attract more clients and revenues.
To create a cross-platform app, developers integrate NW.js and write code using their normal workflow. Eventually, they run a generator that converts everything into a native app that can also be used in a browser. This basically means you can create a hybrid app – the one that combines elements of a platform-specific app and web app.
6. Quicker Development of MVP
Node.js is a good option to build MVP (minimum viable product) – an app with just enough features to be used by real customers.
The platform was built around the idea of concurrency and high performance, which makes it possible for developers to implement multiple things at once. It’s fast to deploy and will scale better compared to other options.
In fact, the go-to stack for many developers consists of:
This advantage makes Node.js especially attractive to startups in need of a fast framework to use in multi-user, real-time environments.
The Bottom Line
Node.js is cross-platform, high-performance, easy to learn, and open-source. This is a great combination for developing complex, fast, scalable, and high-performant IoT apps. Its biggest advantage is the ability to handle many data requests from numerous IoT devices while maintaining speed and performance.
Node.js enables writing a cross-platform, fast, highly scalable product with high-speed data processing – all these attributes are essential for a successful IoT product. With both startups and large companies like PayPal taking advantage of this platform, you can be sure it’s a good option for your next IoT software project.
Helene Cue is an experienced content writer and editor. She brings over seven years of experience in professional writing, paper writing help, and editing, helping small businesses and individuals to create better content for Google. Outside of the office, Helene might be found working on her own blog or exploring the great outdoors.