XR Success Stories

The core objective of the Quantile AR Card App was to enhance traditional printed cards—such as visiting cards, wedding invitations, corporate event cards, and award function invitations—by adding immersive digital layers that activate instantly when scanned. By blending physical design with digital storytelling, the solution bridges the gap between print and interactive media.

The application allows end-users to simply scan supported card templates using their mobile device camera. Once detected, the AR experience is triggered in real time, overlaying rich digital content such as 3D elements, animations, videos, interactive buttons, and call-to-action links directly on top of the physical card. This transforms a static card into a dynamic, engaging experience that captures attention and improves recall.

From a business perspective, the AR Card App opens new possibilities for branding, marketing, and engagement. Corporate clients can embed portfolios, contact actions, or product demos into visiting cards, while event hosts can deliver personalized messages, venue directions, or highlight reels through wedding and event invitations. The solution demonstrates Quantile Tech’s expertise in building practical, scalable AR solutions that merge creativity with real-world usability.

This initiative included the development of five immersive VR training modules, each focusing on a vital aspect of infection control—Social Distancing, Hand Hygiene, PPE Donning and Doffing, Patient Interaction in a COVID Ward, and Surface Cleaning. Delivered through portable VR headsets (Meta Quest 2), the solution enabled healthcare workers to experience realistic hospital scenarios without stepping into high-risk environments.

From a business and operational perspective, the impact was substantial. Training timelines were significantly reduced, enabling hospitals and care centers to onboard staff faster during an emergency. The VR modules also minimized the need for physical training resources, saving both time and operational costs. This project proved highly successful, becoming a benchmark for how immersive technologies can be used during a global crisis. More importantly, the solution played a meaningful role in protecting healthcare workers and patients at a time when it mattered most.

By combining immersive learning design with real-world healthcare workflows, Quantile Tech delivered a solution that not only met immediate needs but also redefined how healthcare training can be conducted in the future. The project stands as a powerful example of how VR can drive real, life-saving outcomes while delivering measurable business value.

This AR-powered learning experience enables students to safely explore reactions such as Phosphorous Sun—a highly explosive combination reaction—and Ammonium Dichromate Volcano, an energetic decomposition reaction. Using Android tablets with AR capabilities, students can visualize these reactions in a controlled, interactive environment without any physical risk. The success of this project lies in its ability to convert abstract chemical concepts into engaging, visual experiences. Students are no longer limited to textbook diagrams or theoretical explanations.

For the organization implementing this solution, the business outcomes were transformative. The AR Chemistry Lab positioned them as an innovator in digital education, enhancing their brand reputation and attracting interest from schools seeking modern STEM learning tools. The ability to demonstrate high-risk reactions safely became a strong differentiator, driving adoption and long-term value.

This project proved to be a major success by redefining how practical science education can be delivered. It not only improved learning outcomes but also reduced operational constraints, making advanced chemistry education accessible, scalable, and future-ready. Quantile Tech’s AR Chemistry Lab stands as a compelling example of how immersive technologies can elevate education while delivering measurable institutional impact.

Using advanced VR technology, Cricket FeVR enables players to face realistic bowling scenarios, react to live gameplay dynamics, and score runs in a simulated professional stadium atmosphere. The experience supports single-player and asymmetric multiplayer modes, making it suitable for both individual users and group entertainment setups. The system was optimized for controlled physical spaces, ensuring safe and smooth gameplay.

Brands and event organizers reported increased footfall, higher dwell time, and stronger audience recall when Cricket FeVR was deployed. Beyond entertainment value, Cricket FeVR demonstrated how VR can be effectively used as a commercial engagement tool. Its modular design allowed easy deployment across exhibitions, malls, and promotional events, delivering consistent performance and scalable impact. The project successfully bridged the gap between sports passion and immersive technology.

Quantile Tech leveraged VR innovation to create a solution that delivered tangible business outcomes with this immersive technology in the field of sports. Cricket FeVR didn’t just entertain—it redefined fan engagement, boosted brand activation effectiveness, and showcased the power of immersive experiences in the sports and entertainment industry.