Enable motion sensing to explore shared reality naturally by moving your device. Your smartphone already contains the infrastructure.
The foundation of shared reality
The infrastructure already exists.
Modern smartphones already contain gyroscopes, accelerometers, orientation tracking, motion sensing and spatial positioning systems. Pryntd transforms these into participation infrastructure.
When users tap the red icon twice, the browser requests motion sensing permission. The device stops behaving like a flat screen. It becomes a spatial window into shared reality.
5.83B
Unique mobile users globally.
6B+
Internet users worldwide.
WebXR
Browser-based immersive VR and AR experiences. W3C
Motion
Accelerometers and gyroscopes enable spatial interaction. W3C GitHub
Native
Immersive experiences can run across phones, computers and XR hardware. Apple Developer
Create • Trigger • Enter
One browser-native system for immersive participation.
Create
Upload, embed or go live
One button enables anyone to upload immersive content, embed media or livestream instantly.
Landscape, portrait and 360 video
YouTube, Vimeo and livestreams
DSLR, smartphone, tablet, CCTV and Ring cameras
Gaussian splatting, CAD, Unreal, Unity, Blender and 3D scans
Trigger
Every page generates a QR code
QR codes can be printed, shared, embedded and attached to physical environments.
Garments, tickets and packaging
Museums, classrooms and festivals
Venues and public infrastructure
Enter
Tap the red icon
Users scan the QR code, enter the browser-native immersive experience, double tap the red gyroscope icon and unlock shared reality.
The smartphone becomes a spatial interface
Cardboard VR makes immersion even more powerful
Contextual shared reality
Shared reality understands where you are inside the experience.
Traditional webpages do not understand where you are, what you are facing, what you are experiencing, how you are moving or what moment you are sharing. Pryntd changes this.
Users can share
X, Y and Z position
Orientation and movement
Perspective and contextual environment
Moment in time
Users no longer simply share links. They share perspectives, moments, positions, environments and participation itself.
This is contextual shared reality.
Four dimensional shared reality
Experiences evolve across space and time.
Pryntd transforms video into contextual immersive environments. Creators can build immersive experiences directly from landscape video, portrait video, 360 video, livestreams and hybrid media without specialist XR development knowledge.
Interaction systems
CTAs, URLs, embeds, YouTube and Vimeo
Maps, USDZ, GLB and 3D assets
Spatial scene jumping and temporal jumping
Subscriptions, ecommerce and livestream triggers
Context triggers
Location
Orientation
Time
Participation
Positioning
Four dimensional shared reality is contextual interaction across space and time.
Fifth dimensional shared reality
Accessibility becomes the fifth dimension.
The fifth dimension transforms shared reality into augmented humanity: an accessibility-first AI layer that adapts environments intelligently around human needs.
Persistent AI accessibility orb
Users can speak naturally, type requests or tap accessibility icons through a persistent AI accessibility orb situated at the bottom middle of immersive experiences.
The system adapts
Navigation and wayfinding
Captions and overlays
Contextual guidance and orientation
Participation systems and environmental understanding
Pryntd augments
Sight
Hearing
Touch
Spatial awareness
Contextual cognition
The fifth dimension is the ability for environments to adapt to humans instead of forcing humans to adapt to environments.
Sixth dimensional shared reality
Physical and digital environments converge into one intelligent system.
The sixth dimension converges immersive environments, accessibility systems, digital twins, operational systems, AI orchestration, livestreams, audiences, sensors, commerce, navigation and realtime intelligence into one unified participatory infrastructure.
Media inputs
Livestreams and 360 video
Volumetric capture
Smartphone video and DSLR
Creator content
Spatial systems
CAD, Unreal, Unity and Blender
Digital twins
Gaussian splatting
Sensor systems
CCTV and Ring cameras
IoT systems
Occupancy and environmental sensors
Human inputs
Voice and gestures
Movement
Accessibility preferences
Participation behaviour
Operational systems
Ticketing and commerce
Staffing and wayfinding
Venue operations and sponsorship
True six degrees of freedom
Users can move forward, backward, left, right, upward and downward while navigating immersive environments contextually. W3C
The problem shared reality solves
Modern experiences are fragmented. Shared reality converges them.
Technology advanced. Participation expanded. Expectations increased. But operational systems became fragmented. Physical environments operate separately from digital environments. Accessibility operates separately from participation. Livestreams operate separately from venues. Communication operates separately from context.
Venues
Immersive digital twins, contextual navigation, operational intelligence, accessibility adaptation and persistent venue experiences.
Event organisers
Synchronised hybrid audiences, immersive participation, contextual sponsorship and realtime coordination.
Creators
Browser-native immersive publishing, upload/embed/go live simplicity, contextual immersive storytelling and QR-triggered participation.
Professionals
Immersive collaboration, spatial operational awareness and contextual coordination.
Audiences
Immersive participation, contextual guidance, accessibility augmentation and realtime interaction.
Accessibility dialectic
Accessibility is not a separate problem. It is the symptom of fragmented infrastructure. Pryntd solves accessibility by solving convergence itself.
Industries transform
The environment itself becomes the interface.
Events
Unified participatory hybrid ecosystems.
Education
Immersive contextual learning environments.
Sports
Participatory immersive fan ecosystems.
Music & entertainment
Spatial contextual performance environments.
Tourism
Persistent navigable destinations.
Retail
Spatial commerce and contextual storytelling.
Healthcare
Context-aware accessibility systems.
Public infrastructure
Adaptive intelligent cities.
Real estate & proptech
Living operational environments.
Enterprise operations
Realtime spatial operational intelligence.
Operations evolve from dashboards, spreadsheets and static interfaces into immersive, contextual, participatory and AI orchestrated environments.
The browser connected the internet. Shared reality connects human environments.
Create anywhere Connect everything Participate together
Pryntd is building accessibility-first shared reality infrastructure that transforms fragmented systems into intelligent participatory environments across space, time, operations, communication and augmented human experience. W3C
