A world-class IoT device design with AI-supported dual stereo lens architecture, tool-free twist-lock mounting and passive thermal chimney cooling that seamlessly blends with ceiling surfaces in public space architecture.
3D optical sensor case we developed forV-Count, the world leader that produces visitor analytics technologies for global retail stores, international airports, museums and smart buildings; It seamlessly integrates high-level electronic equipment with modern space architecture.
The main philosophy of the design was to create an extremely thin (low-profile) and sculptural industrial product design, which does not attract attention on the ceiling surfaces and does not disrupt the visual simplicity of the space. By solving the precise optical angle of view (FOV) required by the dual stereo camera and the thermal requirements of the NPU artificial intelligence processor in a compact form, we have created an IoT device that competes in the global market.
“V-Count 3D Optical Sensor pioneers the new generation of public space analytics with its minimalist body architecture that disappears on ceiling surfaces, artificial intelligence-supported stereo optical vision and passive thermal chimney system.”
Matte interior geometry that cuts light glare and the angle that allows the dual camera to scan without leaving blind spots.
Patented bajonet locking tab system that technicians can attach and remove on the ladder in seconds.
Back cover that completely hides the PoE Ethernet cable in the ceiling space and does not show any cable traces from the outside.
The parallax distance between the device's two optical lenses was calculated with millimetric precision for 3D depth mapping. The case geometry is shaped by a special matte visor angle that prevents parasitic light refractions around the lenses and reflections of ambient spotlights.
In this way, the device can detect human flow with an accuracy rate of up to 99 percent at all entry-exit points with ceiling heights from 2.5 meters to 6 meters. The soft curves on the case outline are completed with an anti-static texture that prevents dust accumulation.
In order to manage the heat produced by the powerful NPU processor that processes artificial intelligence models locally on the device (Edge AI), aesthetically hidden passive convection channels have been integrated into the side surfaces of the case.
This thermal chimney design, which does not require a fan, operates completely silently and prolongs the life of the device by preventing dust from being drawn in through air circulation in the store or office environment. UL94-V0 flame retardant polycarbonate raw material selection offers full compliance with global building fire safety regulations.
Air slits that evacuate the hot air inside with a natural chimney effect and look like an aesthetic grill from the outside.
Lockable RJ45 socket that provides both power and data transfer over a single Ethernet cable.
Fine sandy matte texture that does not glare under spotlights and flame retardant certified engineering polymer.
Blind-spot-free dual lens mount, calibrated to ceiling height, that distinguishes human depth in 3D.
Quiet, dust-free convection grilles that evacuate the heat of the AI processor with natural airflow.
A bajonet bracket that hangs on the ceiling without using screws and is fixed into place by the technician by rotating it in seconds.
Thin profile thickness integrated with suspended ceiling panels and V0 fireproof body compatible with fire standards.
Optical coverage and blind spot analysis at different ceiling heights.
Search for thin and minimalist dome/capsule forms that disappear in space.
3D CAD packaging of PCB, stereo lenses and passive convection channels.
Tool-free ceiling locking and thermal camera measurements with SLA resin prototypes.
V0 flame retardant polycarbonate injection molds and automatic assembly line inspection.
