Advance Spatial Intelligence for
Mobile Applications
Build native grade AR experiences in hybrid and
cross platform apps using a unified SDK.
Validated
Onboarded
Delivered
About Cognivision
Cognivision is a unified AR + computer vision SDK for building native-grade hybrid AR—fast to integrate, reliable in production, and scalable across industries.
Hybrid Apps Get Real AR Intelligence; Powered By One
Unified Vision SDK
One SDK for React Native & Flutter — no need for native ARKit/ARCore coding.
Native Swift and Kotlin SDKs that expose the full power of ARKit and ARCore without boilerplate.
Real-time object detection, pose tracking, spatial analysis, and more.
Understand surfaces, depth, and real-world geometry for precise AR overlays.
Our Achievements
Our solutions showcase the power of Cognivision in real-world applications. WGTS delivers ultra-accurate AR measurement for lawn bowls, eliminating manual tools and disputes, while Table AR brings tabletop games to life with holographic overlays, measuring distances and tracking gameplay in real time—merging physical and digital experiences seamlessly.
Upcoming Use-Cases
Exploring new AR applications across sports, gaming, retail, and beyond.”
Playing Games
Build next-gen games that react to real-world environments using object detection, tracking, and spatial AR.
Collaborative Spatial Workflows
Enable real-time, shared AR experiences that allow distributed teams to visualize, annotate, and interact with spatial data as if co-located.
Spatial Travel & Location Experiences
Deliver location-aware experiences that combine real-world environments with digital storytelling.
Digital Fashion & Virtual Assets
Support virtual apparel and digital assets with real-time body tracking and spatial alignment for seamless try-ons.
Immersive Live Events & Concerts
Deliver immersive virtual and AR concerts with real-time environment understanding and spatial anchoring.
Art, Museums & Digital Exhibitions
Augment physical and digital art with spatial storytelling, object recognition, and immersive overlays.