Bolstering Quality Engineering With No-Code and Low-Code Testing
In a rapidly expanding app market, no-code and low-code solutions empower a quality engineering approach to enhance software development.
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With more and more apps on the market —seven million apps are currently available across iOS and Android platforms alone — many software development teams are looking for solutions to help build high-quality and high-performing products quickly and easily. The answer? A quality engineering approach backed by no-code and low-code tools.
With a constantly changing, complex, and connected digital landscape of apps, environments, data, and processes, quality engineering focuses on building quality into the software development lifecycle. This includes a robust and comprehensive testing strategy that empowers businesses to build applications quickly while reducing risk and optimizing productivity.
No-code and low-code tools have emerged as a key resource for software development teams that are implementing a quality engineering approach as they can help to bolster their testing automation strategy. In fact, these solutions are so popular that Gartner has predicted that their use will triple by 2025.
So, what are these tools, and how do they support testing and, ultimately, a quality engineering approach to software?
The Power of No-Code and Low-Code Solutions
No-code and low-code solutions are development platforms that enable users to create applications with minimal or non-traditional coding, using visual interfaces and pre-built components. These solutions are growing in popularity as they provide massive benefits to software development teams, particularly as they can help support test automation throughout the development lifecycle.
Three key aspects of no-code and low-code solutions stand out: they empower greater collaboration and strategic brainstorming, help streamline the testing process, improve accuracy, and allow for superior customization.
Greater Collaboration and Strategic Brainstorming
No-code and low-code solutions often feature an intuitive interface that allows non-technical business experts to support testing activities. Due to the lowered learning curve, anyone can play a part in building and running cases, and analyzing results. Even further, with more people involved and collaborating, advanced employees can focus on more strategic and high-level deliverables. Altogether, no-code and low-code solutions alleviate common bottlenecks while simultaneously allowing software development teams to focus on strategic initiatives and overarching business goals.
Creating More Efficient and Accurate Processes
No-code and low-code solutions are also becoming more popular as they can assume tedious and troublesome steps, helping to reduce inaccuracies and ensure reliability throughout the testing process. For example, manually monitoring and testing code can use valuable time and lead to errors. No-code and low-code solutions can verify functions and check the application, software, or platform for breaks or bugs. Ultimately, this allows teams to reduce time spent manually troubleshooting and, instead, fosters a more efficient and accurate testing environment.
Lastly, low-code and no-code approaches are particularly useful for organizations that are developing custom solutions or applications. With easy-to-use interfaces, no-code and low-code solutions allow developers to easily add, change, or update tests to match new platform functionalities. This customizable nature means that the needs of different businesses or users can be met, even if developer bandwidth is low.
Supporting a Future Engineered by Quality
As teams continue to navigate the increasingly complex landscape of technological innovation, software development teams will increasingly focus on quality engineering. An important philosophy for app development and modernization, quality engineering can help achieve rapid delivery, increase productivity, and minimize risk along the way.
No-code and low-code solutions can help businesses achieve a quality engineering approach as it alleviates several challenges and roadblocks during testing, as well as other key parts of the software delivery lifecycle.
Ultimately, a no-code and low-code backed testing strategy serves as the linchpin to quality engineering: mitigating risks, enhancing user satisfaction and guaranteeing the application’s long term success in a dynamic and competitive market.
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