The world of software development is changing rapidly. New trends, tools and practices are emerging seemingly every day. Whether you work in software development or with a software development team, it’s important to understand these changes and how they might impact your company.
These changes can be overwhelming for anyone who works with code on a regular basis. Fortunately, the Internet has made it much easier to stay up-to-date on industry news and research. In this blog post we’ll cover trends in low code development and why you should care in 2023.
What is Low Code Development?
Low code development is the latest iteration of what used to be known as no code or rapid development. Low code development is a software development method that doesn’t require programming skills.
Instead, you visually design your software application and a computer program generates the source code for you. This has huge implications for businesses that need to quickly create an application that works the way they need it to. Furthermore, low-code development has expanded beyond its original premise of being useful only in short-term projects. It can now be used to build long-term, large-scale applications as well.
Cloud-Based Development
Cloud-based development is a development method that relies on cloud computing. Cloud computing has been a big trend in software development for a few years now. It makes it easier to share data and run calculations across many devices.
Clouds can be accessed from anywhere, enabling workers to take their tools to where they need to be. Cloud computing is especially useful in development because it can speed up software testing cycles.
You can create a virtual test environment in moments, make changes and test code quickly. Cloud-based development is also helpful if you have a geographically distributed team. You can use an online collaboration tool to connect members and share data.
With cloud-based development, you also have access to a wide range of software tools. Many of them are available as Software as a Service (SaaS) or have APIs you can use to build custom software. You can also pay only for what you use, which makes cloud-based development a cost-effective option.
Automated Software Testing
Automated software testing is a software development method that uses computer software to test computer software. Automated testing can find bugs and other problems in software faster and more accurately than manual testing, especially when software code may contain errors that are difficult to find and correct manually.
Although code-based automated testing has been around for a while, it has become more common as software development tools have improved.
Automated testing is particularly useful during software development because it allows you to test the product more quickly. This can help you catch bugs before they are released to customers. It can also help you improve the software and fix problems quickly so the product can be released sooner. Finally, automated software testing is helpful in a wide range of industries and software types, from websites to mobile apps to enterprise software.
AI and Machine Learning in Development
Artificial intelligence (AI) and machine learning are computer science fields that are growing in popularity in software development.
They involve using algorithms to teach computers to learn, identify patterns and make decisions. AI and machine learning are currently used in a few ways in software development, such as in automated testing, data analytics and web scraping.
AI and machine learning are also used to help create new software, such as with visual programming languages that use AI or machine learning to generate code. AI and machine learning are likely to become more prominent in software development in the coming years as computers become more advanced and more people employ AI and machine learning in their work.
If you work in software development, it’s important to understand how AI and machine learning can help you do your job better. It also helps to know how they can be used to help create software, so you can be prepared if someone in your team advocates for their use.
User Experience in Focus
User experience, or UX, is the experience a user has when interacting with a company’s product or service. It encompasses all aspects of the experience, including usability, accessibility, pleasure, satisfaction and journey.
UX is increasingly being prioritized by companies and individuals alike because it can have a significant impact on a business.
It is estimated that an extra one-point improvement in a website’s UX can increase its profits by up to 25%. With the increasingly importance of UX, the role of UX designers in software development is growing.
UX designers are responsible for creating a product that meets customers’ needs, is easy to use and is enjoyable. If you work in software development, it’s important to understand how UX design can help your team deliver a better product. It’s also helpful to know how UX designers work and what they do to improve your product.
Blockchain for Data Security
The blockchain is a decentralized data storage system that was originally designed to facilitate the bitcoin digital currency. Since then, many other industries and organizations have started to adopt blockchain systems.
These systems are particularly useful for storing sensitive data and protecting it from unauthorized access. The blockchain is an example of a low-code development application that has been used in a wide range of industries.
It’s also a helpful example of how low code development can be used to solve real-world problems. If you work in software development, it’s important to keep track of these new technologies and how they might be used in your industry. It’s also helpful to understand how these technologies can help your company solve issues and improve its workflow.
Conclusions
Low-code development using Mendix has changed the way software is built and maintained, and it is likely to continue to do so in the coming years. It has created new options for businesses of all sizes, industries and needs.
These changes benefit both developers and customers. Software developers can now spend more time solving real problems and less time dealing with code. Customers can also spend less time waiting for fixes and new additions to their software.
This ever-changing landscape of software development comes with challenges and opportunities for everyone who works in or with software. Stay informed about new trends, tools and practices and you’ll be better prepared to tackle the challenges of tomorrow’s software development landscape.
