The Spatial Awareness Layer for Physical AI
Deeyook turns the Wi-Fi signals already in the air into sub-meter spatial understanding — indoors and out, with or without GPS, and with no new hardware. The grounding layer every AI system needs to act in the physical world.
From location to context, from signals to intelligence.
Turn Existing Infrastructure Into a Spatial Sensing Layer
Buildings, campuses, and camera networks already run on Wi-Fi. Deeyook turns that same infrastructure into live spatial intelligence — passively, with no new hardware.
The wireless infrastructure already in a building is a sensing layer waiting to be used. Deeyook extracts spatial understanding directly from existing Wi-Fi — integrated sensing that turns access points and connected devices into a passive, always-on layer of live spatial intelligence across an entire environment. No cameras added, no tags issued, no overlay network built.
Integrated sensing
Deeyook sits inside the wireless infrastructure that's already deployed, aligned with where the Wi-Fi standards roadmap is heading: the network itself becomes the sensing layer. Infrastructure intelligence with nothing new to install.
Passive presence & occupancy
Using passive Wi-Fi channel-state sensing, environments gain live awareness of presence and movement — for buildings, campuses, and clinical spaces — without wearables, cameras, or tags.
Spatial intelligence for camera networks
Fixed camera systems gain a spatial layer: not just what a camera sees, but where things are across the whole environment, continuously — including the space between and beyond camera coverage.
Resilient PNT for critical environments
Hospitals, factories, and campuses that can't depend on GPS indoors get a second, independent, terrestrial positioning layer running on infrastructure they already own — resilient by design, with no correction services to build.
Ubiquitous
Continuous positioning indoors, underground, and through the GPS shadow.
Self-learning
Adapts automatically to changing RF environments. No calibration.
Sub-meter precision
Continuous accuracy at the resolution autonomous systems need to act
Scalable
Rides the Wi-Fi access points already deployed. No build-out.
Low power
A fraction of the power of GPS.
Firmware, not hardware
Ships as software into existing silicon. Scales to millions.