Future planning is common, particularly in tumultuous times. The job economy will undergo considerable changes as global digitalization picks up speed. Workplaces continue to change as technology does. There may be a significant change in the priorities and skills that businesses are looking for in candidates in the next ten years or so.
There are some trends that will be popular in 2023 and adopting them will do a lot of good. You can learn more about QA by checking the online QA certification course available. Here are some of the latest trends to adopt in 2023.
1. Using JS-based tools
The popularity of JavaScript is expanding, and this is also true of the use of JavaScript-based technologies. This is a result of both the growth of the Node.js platform and the rise in front-end project activity. For back-end development, it keeps becoming more and more appealing. More interesting testing solutions could be implemented thanks to Node.js’s development.
Because many people think it’s one of the simplest ways to learn to program, JS is well-known. To each their own, but neither I nor the Cherish DEV experts would advise learning it as a first language.
JavaScript is used the most often for front-end development. According to a common misconception, testing code in the language in which it was developed is simpler.
The fact that new JavaScript testing tools were developed much later, allowing their developers to take into consideration the drawbacks of existing tools, is another argument in favor of JS.
There are many tools, and thus they start to compete with one another. They have developed quickly and dynamically because of this. They, therefore, provide a more practical environment for creating tests than other tools.
Consequently, there are now more JS test automation solutions available. Cherish DEV makes use of programs like Cypress and Playwright.
2. IoT testing
The idea of a data network linking gadgets is known as the “Internet of Things.” In the Internet of Things, both people and “things” can communicate with one another. The proliferation of “smart” homes, “smart” cities, etc. has made the question of safety in this network of “things” more important. Networks also undergo ongoing change. Both updated hardware and new network services are added. These new services must be supported by the network.
You must do performance testing on the network to confirm that it is prepared for the Internet of Things. Cyber attacks and unusual traffic patterns must be prevented against “things” in the network. Network security assurance needs a testing ecosystem that can monitor and enhance the performance of devices.
The network’s ability to scale and the user experience throughout that process will be crucial to the success and widespread adoption of IoT.
3. QAOps
The goal of accelerating the release without sacrificing quality has given rise to the QAOps movement, which combines QA with DevOps. It is related to continuous integration and delivery processes. The ongoing communication between software development and testing engineers during the entire process of developing an IT product is the major focus.
4. Performance engineering
The field of performance testing is not new. This kind of testing is used by the majority of QA businesses, including Cherish DEV, without any issues. However, performance now plays a crucial part because the success of the software now directly affects how well the firm does. Performance engineering is the development of performance testing. Its core concept is the use of techniques to assure optimal optimization at every stage of the software development life cycle. Performance engineering concentrates on understanding business use cases, UI/UX design improvements, code structure improvements, and architecture design. It contributes to the software development life cycle in both a preventative and enhancing manner.
5. Robotic process automation
A technology for automating corporate processes is robotic process automation. It is predicated on the utilization of numerous digital bots that mimic a portion of user behavior. The expert creates algorithms that generate precise directives for the robot and offer settings for carrying out the required activities. Data processing, communication between various digital systems, and other processes are all examples of automation.
This tendency is important for QA because all robotization solutions must first be thoroughly tested. Second, test automation can successfully use RPA.
Conclusion
New trends are reshaping the QA sector and will influence its future. Companies will employ RPA and JS-based solutions more widely over the next few years to increase QA process efficiency and satisfy business demands. In turn, this will result in quicker product releases and boost your team’s productivity. As more and more linked gadgets enter our lives, the Internet of Things has a huge impact on QA.
As a result of the industry’s widespread acceptance of this trend, QA teams must strategically plan for testing IoT devices. QA teams must adjust to the changes as a result of QAOps’ blurring of the lines between development and QA. QA teams should concentrate on software release performance, and act as a gatekeeper to releasing new software.
Check out the online QA training to learn more about QA.
