Future developments in disruptive technologies like augmented reality (AR), Virtual reality (VR), and mobile app maintenance services will likely majorly affect numerous facets of our lives. According to research firm IDC, many businesses use Virtual reality (VR) to help with training, partnerships, fashion, sales, and other scenarios.
In the following article, we are discussing the mobile app maintenance service as well as the approaches of AR and VR development companies towards quality assurance.
We will break down the article into two parts. First, we will familiarize you with the quality assurance process for mobile app maintenance services. Then, we will move forward with the process of AR VR app Development Company.
What is quality assurance in mobile app maintenance service companies?
Please take a quick look at what quality assurance is and its role in mobile app maintenance service, which will help you comprehend its process.
Quality assurance:
It is a strategy to mitigate mistakes in developing applications and reduce difficulties when delivering the products to their users. Quality Assurance is also responsible for users or clients setting standards, having quality training, and selecting tools. Quality Assurance is implemented during every stage of development, and it works continuously to provide an excellent User experience.
Let’s take a quick look at the workflow of quality assurance for mobile app maintenance services:
Coding: The quality assurance process starts with the code; developers write the code, and someone from the quality assurance team will write the automated test to check the code.
Pull Requests: After this, the quality assurance specialist gives the heads up to the developers, which is an indication to tell others about the new update in the code by pulling requests.
Execution of automated tests: The next step is a lengthy process that checks that new changes in the code are working fine without creating any difficulties for the already implemented functions. It consists of the following:
Static code and analysis: Lint or Sonar will be used to check the code; this gives them a heads-up about the code that meets the standard requirements.
Executing Unit tests: This automated test identifies that each code of the software works as per its design.
Executing Unit tests: These automated tests check whether the application parts are integrated correctly or not.
Virtual Device Testing: This helps to find crashing issues in Android applications’ mobile app maintenance service.
Code Review: The written code of the developer is checked by different developers to reduce any issues in the code.
Deployment: After beta-testing the application with real-time users, the application will be delivered to the client or its owner.
Manual Tests: This is done by the quality assurance specialists, but this step is used in specified cases.
The above-narrated process can be repeated multiple times during the development process.
Let’s move on to the second part of our article, which is about the quality assurance of the AR VR development company.
The most effective QA on AR and VR products begins with the preparation
The most crucial strategy for successful QA is to pick out as many angles of perception and scenarios as possible. Most mobile app maintenance service companies focus on the most apparent factors connected with performance. Still, there are many other tips that hiring AR and VR developing companies must pay attention to.
Before the beginning of any testing, an engineer should familiarize themselves, review the products’ requirements and scope, and prepare a list of real-world situations. This will help them comprehend all the potential positions for user engagement and provide an integrated view of the product.
Getting ready for Quality Assurance for virtual reality only revolves around the environmental setup, which means that a space needs to be curated for the play, and any hindrance must be mitigated to ensure the path will be cleared. Augmented reality also requires a similar setup for quality assurance. Any existing object, for example, chairs and tables, must be identified and titled before its use so it can be detected during quality assurance. Suppose you are doing quality assurance for mixed reality, a mixture of augmented and mixed reality. In that case, it is necessary to build the real-world setup so that the augmented reality environment doesn’t get hidden.
The key to testing VR and AR technologies has two strategies:
Manual testing: Setting up the place space, imitating the real-world environment, and using 360 degrees of the environment while estimating for gameplay and functional variables; this also revolves around the tracking of the camera and meditating on the latency.
Automated testing: Automated testing is done for the full stack of devices and revolves around setting up a managed environment and observing the purpose of testing and the outcome. Environment variables include lighting, power, space setup, temperature, reconfigurable spaces, and sound. This way, you can create tools for constant test runs and repeatable controls.
As the digital world gets more immersive with virtual objects and planets, the development, design, and testing processes require a more focused strategy on the human element. Since the use of Technology is becoming a physical and mental part of the system, acknowledging the users’ feelings and their goals is the primary focus for creating truly immersive digital experiences. Apart from conventional Quality Assurance that relies on various test data, boundary equivalence partitioning, and scripts, augmented reality, and virtual reality testing will focus on sensations and feelings to deliver the outcome to designers and developers.
Suppose you think about quality assurance above and beyond the traditional methods and through multiple lenses. In that case, this will help you discover more issues that you will not get a chance to surface otherwise.
In the long run, these will improve the quality of augmented reality and virtual reality products and help you get rid of the unnecessary process of testing and resolutions, which can be mitigated.
Conclusion:
Recognizing the paramount significance of quality assurance extends beyond just mobile app maintenance service providers; it’s equally critical for every AR VR development company. The QA process serves as the cornerstone for launching any product into the market. It guarantees that users will enjoy a seamless and satisfying experience when engaging with the product, ensuring excellence at every level. This dedication to quality assurance holds true, whether you’re creating a cutting-edge AR VR app or a Badge Provider App, as user satisfaction remains at the forefront of success in any digital endeavor.
