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Top 8+ Trending Software Development Technologies in 2022

The tech world is constantly evolving at a rapid pace. Now it’s high time to plan for the best software development technologies that can give your business a green signal in 2022. There is tough competition ahead. It’s time to buck up and prepare your business for the upcoming challenges.

Software Development Technologies

By 2022, the global technology industry spending will reach around $5.3 trillion, where you can see some powerful technologies like AI, ML, and cloud at the forefront for software development.

All the top and advanced tech stacks will refine the software and bring innovation to businesses. These new-age technologies will help grow companies, cut down the expenses, and provide an upper hand over the competitors.

My blog will shed unique light on the leading software product development technologies trending in the year 2022. 

Here we go!

Top Software Development Technologies in 2022

1. Artificial Intelligence (AI)

Software Development Technologies

The future of Artificial Intelligence is bright. AI has already started to serve humans for their betterment and revolutionize how we do things. It’s creeping into all spheres of our life, including healthcare. It’s time to start using AI to solve real-world problems.

The tech industry is growing faster, and demand for AI in app development has increased exponentially in the last few years. The best part of working with Artificial Intelligence is replacing monotonous tasks and developing creative ideas. So, it would be an intelligent choice to adopt AI in the upcoming years.

2. Robotic Process Automation (RPA) 

The process of RPA is simple, seamless, and quick–automating the manual work. It deals with repetitive tasks that human beings can solve through automation.

Software Development Technologies

This technology is used to develop the software with pre-defined rules to complete the task at hand quickly and accurately. RPA can be applied across industries using different programming languages, e.g., Java, C#, Python, etc. It helps in slashing down the cost by reducing human involvement. And that’s not the end–it can even monitor multiple processes simultaneously.

3. Edge Computing 

So, what is edge computing? According to Business Dictionary, edge computing is a distributed form of cloud computing where data processing takes place at the network’s edge instead of the core servers in the back end.

Edge computing works by moving or decentralizing the infrastructure to the network’s edge. It will enable users to process data near their respective locations, which helps in improved speed and performance. It reduces latency levels, thus allowing applications like IoT (Internet of Things) to work effectively.

For example, suppose you are checking the weather. In that case, edge computing will work by sending data to your location instead of sending it to a centralized server and then showing you the conditions.

4. Quantum Computing:

Quantum Computing is the most complex of all emerging technologies. It is based on quantum mechanics’ computational paradigm, which aims to process information more than today.

Software Development Technologies

If you are familiar with binary or digital systems, you probably know about 0 and 1, representing two low and high energy states in digital circuits, respectively. Quantum computing works on a similar system but with quantum bits or qubits that simultaneously represent multiple states of low and high energy.

It’s tough to explain in a few lines, but it is worth exploring this technology if you want your business to be an early adopter.

5. Virtual Reality (VR) and Augmented Reality (AR)

VR is an artificial environment built with software and presented to the user to be entirely immersed in it. It can give you access to 3D environments, be it games or education.

The best thing about virtual reality is that it requires no physical hardware–just a device like VR glasses that you can easily buy online. It is gaining popularity globally, and you can use it to solve problems in education, healthcare, marketing, etc.

6. Progressive Web Apps

Progressive web apps are sites that can be shared just like links but have the features of mobile applications. You can use them offline by automatically caching updated content when you connect to the internet. Compared to native mobile apps, they are cheaper and easier to maintain and update.

Benefits of PWA

source

Progressive Web Apps Features

-Progressive-Work for every type of device (desktop, smartphone)

-Responsive– Adapts to any screen size

-Connectivity Independent- Work offline or on low-quality networks

-App-like- Feel like a natural app on any device

-Fresh- Always up to date

-Safe- Served via HTTPS

-Discoverable- Listed in the web/app store

7. Angular, React, NodeJS – The Powerhouse Of Software Development

At first look, these three might seem similar, but they are pretty different. Let’s have a detailed look:

1) Angular

Angular

Angular is a JavaScript-based open-source front-end web application platform. It’s often compared with the MEAN stack (MongoDB, ExpressJS, AngularJS, and Node.js).

It’s an all-inclusive framework covering every aspect of web app development–it is an architecture, a view layer, and facilitates two-way data binding.

2). NodeJS:

 NodeJS

Node.js is an open-source JavaScript runtime environment that runs on the server-side (often referred to as the back end). It uses Google’s V8 JavaScript engine to execute scripts faster than traditional servers.

3). React

React

React is a JavaScript library that one can use to construct user interfaces–it deals with the view layer. It’s often called the “V” in an MVC application.

Why Use Angular, React, and NodeJS Together?

-Easily scalable: These three together can help you write a single code to develop a web and mobile app

-Use of a common language: Javascript is used by all three, reducing the learning curve.

-Fewer bugs: Bugs in one area won’t affect other areas–therefore, you can integrate these technologies with other libraries/frameworks.

8. Cloud Computing Technologies

The demand for cloud computing is increasing every day. It has become an essential part of software development–most companies prefer to go cloud-native.

There are three categories in cloud computing:

Cloud Computing Technologies

1) Infrastructure as a Service (IaaS): The physical hardware resources like servers, storage, etc., are offered on-demand basis.

2) Platform as a Service (PaaS): Software resources like databases, languages, frameworks, etc. are offered on-demand basis

3) Software as a Service (SaaS):  Ready-made applications like Salesforce, Google Docs, etc. offered on-demand basis

The most popular cloud computing technologies are:

-Amazon Web Service (AWS): The most popular cloud computing services provider

-Microsoft Azure: Microsoft’s flagship IaaS, PaaS, and SaaS products

-Google Cloud Platform (GCP): A subsidiary of Alphabet Inc. that offers a range of cloud technologies for consumer and enterprise customers.

-IBM Cloud: IBM’s cloud computing platform that includes the Bluemix PaaS offering

-Oracle Cloud: Provides infrastructure, database, Java, etc., as a service on-demand software development tool for enterprise customers.

9. Blockchain-An advanced distributed ledger technology

Blockchain-An advanced distributed ledger technology

Blockchain is a decentralized and distributed virtual ledger that records transactions across many computers. You can use it to digitize, code, and insert practically any document into the blockchain.

-Open source: Blockchain can be used to develop public, private, or collaborative applications. It was initially developed by the founder of bitcoin, Satoshi Nakamoto.

-Energy friendly: Transactions go through peer-to-peer networks and are verified by multiple nodes. This makes it energy efficient compared to a traditional database

The most popular blockchain-based technologies are:

1) Ethereum: A platform to execute smart contracts and build decentralized applications

2) Hyperledger Fabric: An open-source blockchain framework for enterprise-level systems produced by the Linux Foundation.

3) Stellar – Developed by the founder of Ripple, Jed McCaleb, this is an open-source protocol blockchain framework implementation written in Go and JavaScript

4) R3 Corda: A blockchain-inspired open-source distributed ledger platform designed for financial services.

10. Internet of Things (IoT)

Internet of Things is a unique network of physical objects (devices) that feature an IP address for internet connectivity and can transfer data without requiring human-to-human or human-to-computer interaction. It aids in the software development process by offering assistive technologies.

Blockchain-An advanced distributed ledger technology

Following are the central role that IoT plays in software development:

-Data collection and analysis: IoT can collect real-time data from sensors, track assets, monitor the environment, etc., used for research purposes.

-Monitoring performance parameters of an application: It consists of various elements like cloud computing services, IoT devices with GPS tracking systems that you can control with wireless devices.

-Remote access: IoT allows the remote monitoring of devices and sensors using connected mobile applications, wearable technology tools, etc.

-Sending alerts to the users: Depending on critical conditions like temperature fluctuations, water level, or any unusual activity–IoT sends automatic signals to users via emails/text messages.

Some popular IoT tools are:

-IBM Watson IoT Platform: An enterprise-grade platform that provides a suite of tools for analytics, device management, and security to connect the devices to the cloud

-Amazon Web Services (AWS) IoT Core: This is a fully managed AWS service that connects devices easily and securely interact with cloud apps and other devices.

-GE Predix: A platform to develop industrial IoT applications. It features an analytics tool, a security solution, and integration with third-party applications via an application programming interface.

-Google Cloud IoT Core: A fully managed service to connect, monitor, and control devices deployed in remote locations.

Closing Thoughts

We are in the age of technology, and this is easy to see with the new trends emerging every day. The software development world is no exception. Technological advancements have brought several changes in developing applications, tools used to build them, etc.

The list of technologies mentioned above can be helpful to determine which one to choose for your next project. They are in no specific order, but you can consider anyone depending upon your requirements.

The best way to determine whether the tool is right for you is to test it before using it or connect with a software development company in India. If none of these work out, don’t worry–there are several other options available that might fit your requirements. They’ll help you out nicely.

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