Turning space into signal
mosaic designs integrated circuits to give any device a real-time understanding of where it is and what surrounds it.
Where did I leave my keys?
Today’s AI capable devices lack a continuous understanding of your physical world.
They cannot tell you where objects were last seen, guide you through indoor spaces, or reconstruct what just happened around you.
Smartphones
Move with you, but they do not continuously observe your surroundings.
Observe fixed areas, but miss context outside their field of view.
Hear commands, but cannot see your physical environment.
Making devices spatially aware
Building a system that understands your physical context requires continuously capturing, interpreting, and structuring what happens around you.
This provides the foundation for answering questions like “where was this last seen?” A spatially aware device must detect and track objects as they appear, move, and disappear over time.
It enhances visual perception by adding context about what is happening and why. Audio provides information that is not visible: conversations and sounds around you.
SImultaneous localization and mapping (SLAM)
This allows it to place events and objects within a consistent spatial and temporal frame. A spatially aware device must continuously localize itself and map the environment.
mosaic designs chips for spatially aware devices
Bringing the critical building blocks of spatial awareness together on a single chip, with ultra-low power and minimal size.
Wearables
- Visual hand and object tracking
- Real-time map building
- Voice interaction
- Context-aware capture (photos, videos, events)
- Odometry based Image and video stabilization
Autonomous Systems
Devices that operate independently in dynamic environments.
- Autonomous navigation
- Real-time map building
- Object recognition and tracking