Tech Assurance provides end-to-end testing services for VR and AR solutions. Our QA engineers specialize in immersive technologies, helping developers and businesses deliver high-performance.
Specialists thoroughly verify the functionality of virtual and augmented environments with a large number of objects, depth, spatial interactions, and physical effects. This ensures that users do not encounter errors, lags, or unexpected crashes during navigation or when performing actions in the VR/AR space.
Tech Assurance conducts cross-platform testing on all popular devices – from mobile AR apps to powerful VR headsets. We ensure smooth operation regardless of the OS, screen size, or technical specifications of the device, which is especially important for wide user coverage.
We test not only features but also the compliance of applications with security and privacy requirements. This is especially critical for regulated markets (such as healthcare, finance, or education). You receive a solution that is safe to use both in a corporate environment and for general access.
We focus on ease of use. QA specialists check the depth of immersion, responsiveness to user actions, and the naturalness of gestures and navigation. As a result, interaction with the application becomes intuitive, increasing user engagement and satisfaction.
Our clients receive a product that has undergone a full cycle of testing and is ready for large-scale launch. You can be confident in the quality and stability of the solution, which is especially important for demonstrations to partners, clients, or potential investors.
Each stage of testing is thoroughly documented – with results, bug reports, and requirements coverage. This simplifies preparation for audits, certifications, or investment rounds. Your internal teams and external partners have full visibility into the process and results.
Testing VR/AR software requires evaluating how virtual and augmented environments perform under various scenarios. Our QA process includes these major types of testing:
Functional testing checks if the VR/AR solution performs according to specifications.
This includes:
Automated and manual testing to verify each feature, ensuring the virtual environment behaves as intended. XRSim/TestXR: For automated testing of spatial interactions and real-world environments.
Key compliance areas include:
We test VR/AR applications for compliance with accessibility and content regulations, especially in education, healthcare, and industrial sectors.
Unity Test Framework
Authentication, encryption, and protection against unauthorized access must be ensured. We conduct penetration testing.
VR/AR apps often handle sensitive data or connect to networks. We run security tests to ensure:
SikuliX, Unity Test Framework
VR/AR performance impacts immersion and user safety.
We simulate high-traffic and heavy-load scenarios to test:
OpenVR/SteamVR tools: To validate interactions and headset compatibility.
Cross-platform testing: headsets, mobile devices, operating systems. Testing ensures consistent experience regardless of hardware variations.
Guarantee of the same experience regardless of the device or platform.
We test applications across a wide range of devices and platforms:
We evaluate how intuitive and comfortable the VR/AR interface is for different users:
A smooth experience increases adoption and user satisfaction.
SikuliX: For image-based testing where standard selectors don't apply in 3D.
XRSim/TestXR: For automated testing of spatial interactions and real-world environments.
For AR/VR systems integrated with external software or IoT devices (e.g., smart glasses, medical scanners), we check:
Verification of correct interaction with other systems and protocols.
Unity Test Framework, XRSim/TestXR
For enterprise or training-focused XR apps, we test:
Structured data (user logs) and unstructured data (3D scans, video recordings) are tested for safe storage and retrieval.
Unity Test Framework, SikuliX
Technologies & Tools We Use:
For testing Unity-based VR/AR experiences
To validate interactions and headset compatibility
For mobile AR testing on iOS/Android
For automated testing of spatial interactions and real-world environments
For image-based testing where standard selectors don't apply in 3D
Functionality testing and in-depth evaluation of each interaction element, performance, and security;
A complete testing cycle considering the specifics of spatial navigation, gesture response, movement tracking accuracy, and adaptation to different devices;
Testing how the system reacts to non-standard user behavior, how quickly scenes load, whether the device becomes overloaded, and if high visual quality is maintained under different conditions;
Data security, cross-platform compatibility, accessibility for people with disabilities, and compliance with industry standards.
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