Qualcomm Technologies, a global leader in wireless innovation and a subsidiary of Qualcomm Incorporated, has announced a major initiative to boost the development of Extended Reality (XR) in India. The company recently hosted a special event titled ‘Snapdragon for India: XR Day’, which brought together industry leaders, developers, and tech creators to discuss the future of XR and spatial computing in the country.
This event marks an important step toward integrating Snapdragon-powered smart glasses and AI-driven experiences into the Indian tech landscape.
During the event, Qualcomm showcased a range of live demonstrations highlighting the vast potential of XR technology. These experiences showed how spatial computing can transform various sectors, including:
Fitness: Virtual workout environments and interactive training
Education: Immersive learning tools and real-time information delivery
Entertainment: Augmented content consumption and gaming
Content creation: Mixed reality tools for creators and influencers
These demos provided a glimpse of how XR experiences could soon become part of everyday life in India, making technology more interactive, immersive, and intuitive.
A key highlight of the event was the unveiling of smart glasses powered by Snapdragon chips. Alex Katouzian, Group GM at Qualcomm, shared insights into how the Snapdragon XR platform is already powering over 100 immersive devices globally.
He emphasized the increasing role of Artificial Intelligence in XR, allowing devices to process visual and auditory inputs similar to human senses. Katouzian even showcased a Small Language Model (SLM) operating locally on a pair of AI-powered glasses—without relying on cloud connectivity. This proves that Snapdragon’s on-device processing power is capable of enabling fast, secure, and intelligent user experiences.
In a significant development for Indian consumers, Lenskart—India’s leading eyewear brand—has joined forces with Qualcomm to develop smart glasses specifically for the Indian market. These next-generation glasses will be built with Snapdragon chips and are expected to offer a blend of style, lightweight design, and advanced functionality.
This collaboration signals the beginning of mainstream wearable XR devices tailored for India’s tech-savvy and growing middle class.
Savi Soin, President of Qualcomm India, highlighted how the country is at the forefront of a digital transformation. He believes that smart glasses could soon become as ubiquitous as smartphones, serving not only tech enthusiasts but also frontline workers, students, and remote professionals.
According to Soin, XR technology has the potential to:
Enhance remote learning for students in underserved areas
Assist field workers and technicians with hands-free, real-time information
Improve healthcare access and remote diagnostics
Empower digital inclusion, contributing to the “Viksit Bharat” (Developed India) mission
These developments could position India as a key innovation hub for XR and spatial computing on the global stage.
Through initiatives like XR Day and local partnerships, Qualcomm is laying the groundwork for a robust XR ecosystem in India. The company envisions a future where smart glasses are accessible, affordable, and capable of real-world applications that improve productivity, education, and connectivity.
By investing in on-device AI, hardware-software integration, and collaboration with Indian brands, Qualcomm is ensuring that the benefits of extended reality are not limited to the elite but democratically distributed across India’s vast population.
Conclusion: A Smarter Future with XR and AI
With the introduction of Snapdragon-powered smart glasses, Qualcomm is opening a new chapter in India’s technology evolution. As XR devices become more capable, portable, and affordable, they are poised to change how Indians work, learn, and interact with digital content.
The partnership with Lenskart and the emphasis on AI-driven, cloud-free functionality highlights how India is moving from being a consumer of global tech to a developer of next-gen experiences.