It will become more difficult to tell the truth of false because virtual reality (VR) and mixed reality (MR) develop in use. As virtual reality and MR come together to enrich the experiences of individuals, to ensure experience -related experiences has become an essential objective for developers and testers. Keeping these systems in progress calls on strict tests to check that the programs work properly, increase speed and check the adjustment of the device. Santosh Kumar Jawalkar, who validates VR and MR the software, spends his time helping these systems cross the platforms.
One of Jawalkar’s main contributions has been to guarantee the quality and stability of VR software and the MR device through tests and rigorous debugging. With the wide range of hardware configurations on the market, it played a relevant role in the incorporation of mixed reality in software solutions while ensuring compatibility between different ecosystems. His work with development engineers has filled the gap between hardware and software so that applications work smoothly on any device / platform.
In his work, Jawalkar played a crucial role in the work on strategic assignments of roadmaps, providing integrations of systems as a whole while dealing with interfacing functions. By recognizing the ineffectiveness of the workflow, he made suggestions that have improved the development of software and test procedures. He also worked to create and test complex features such as augmented reality to add more features and experience to customers.
Solid test mechanisms are necessary to deploy MR and VR systems. By applying structured regression test approaches, software deployment problems have been reduced by 20%. In addition, by sorting and carrying out an analysis of the deep causes of the reported problems, Jawalkar has provided faster resolution, guaranteeing the stability of software even in real -time scenarios in QA capacity.
He has developed new systems while simultaneously debit problems with the deployment of the pier as well as the engineering and QA teams for timely solutions. Similarly, by working with interfunctional teams, he analyzed and resolved complex software defects and provided robust communications along the AQ process.
Beyond practical tests, Jawalkar actively contributed to research in the field of AR / VR. His publications, including End-to-end test of multi-user AR / VR experiments And Hunting of insects led by AI: Tiration of automatic learning for predictive detection of defects in AR / VRExplore innovative test methodologies for immersive environments. His research on Adaptive test for real -time object recognition in ARP applications And Smart edge test:: Ensure the performance and reliability of AR / VR devices with Edge AIhighlights the need for performance and reliability insurance in VR and MR devices fed by AI Edge.
Asked about current trends, Jawalkar underlines the need for distributed tests as VR and MR deployments are distributed. Given the dynamic nature of these environments, test frameworks must adapt to various material conditions and network to maintain coherent performance on platforms. It also highlights the growing importance of accessibility tests as immersive technologies gain traditional adoption, ensuring that experiences remain inclusive for users with different needs and environments.
Another essential aspect of software tests, according to Jawalkar in VR and MR, is the integration of formal verification techniques, in particular for critical security applications. Virtual reality and MR being implemented in sectors such as health care, aviation and industrial training, the reliability of the components of the basic system becomes important. Test methodologies will be necessary to maintain the integrity of the system, reliability and minimize the risk of failures in critical mission scenarios.
The more the scenario surrounding virtual reality and MR continues to progress, the more rigorous the software tests will prove its value. The work of Santosh Kumar Jawalkar in quality assurance and research advances the process of improving tests, so that the use of these technologies can offer the experiences they have been designed to offer. It widens the boundaries of software tests to improve reliability in VR and MR, where performance remains a by-product of innovation.
