Full-Stack 3D Optoelectronic Architecture
We co-design optical diffusers, high-speed VCSEL drivers, and edge algorithms to reduce multi-path interference, motion artifacts, and ambient-light saturation in depth data.
Optical 3D perception and ToF hardware manufacturer
Since 2016, DOMI engineers industrial-grade dToF and iToF cameras, VCSEL illumination, and edge depth algorithms from component design to production.
Since 2016, DOMI has focused on 3D Time-of-Flight technology for robots, automated systems, and smart connected devices.
Our optical engineers, algorithm teams, and manufacturing specialists work together. We design lenses, optimize VCSEL efficiency, and develop phase and depth processing for multi-path interference, motion artifacts, and flying-pixel behavior.
That end-to-end capability connects active alignment, calibration, embedded interfaces, and software support from evaluation samples to production integration.
How we engineer
We co-design optical diffusers, high-speed VCSEL drivers, and edge algorithms to reduce multi-path interference, motion artifacts, and ambient-light saturation in depth data.
Production workflows combine multi-axis active alignment, temperature-compensated optical calibration, and darkroom verification to support repeatable sensor-module performance.
From custom FOV and 850 nm or 940 nm designs to MIPI CSI-2 or USB 3.0, DOMI supports ROS, ROS 2, Linux ARM and x86, Windows, C++, and Python integration.
We want machines to understand their surroundings more accurately, and engineering teams to have a practical path from idea to deployment.
Robots and smart devices should interact naturally and safely with the environments around them.
Clear engineering support connects early evaluation, product integration, validation, and scale.
Explore the depth-sensing applications currently supported by DOMI, from robotics and logistics to smart spaces and touchless interaction.
Smart Logistics & Supply Chain
Use 3D ToF depth data for static and conveyor-based parcel, box and pallet dimensioning. Explore camera selection, calibration and integration requirements for host systems that calculate dimensions and volume and connect results to DWS or WMS workflows.
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Robotics & AMR
Provide autonomous forklifts with 3D depth data for pallet pose estimation, fork-pocket localization and docking alignment. Explore camera selection, mounting and validation requirements for integrating depth sensing into the vehicle’s perception and control loop.
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Robotics & AMR
Add 3D ToF or RGB-D depth sensing to cleaning and delivery robots for near-field obstacle, overhang and drop-off perception. Compare camera options, mounting geometry and validation methods for integration with the robot’s navigation system.
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Healthcare & Senior Care
Use depth-only 3D ToF sensing to support fall-detection applications in bathrooms, bedrooms and care rooms. Explore module selection, edge processing and room-specific validation for host-side posture and fall-event analysis without RGB video capture.
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Smart Building & Retail Analytics
Build bidirectional people-counting and footfall applications using 3D ToF depth data. Explore camera selection, doorway coverage and validation requirements for host-side entry, exit, occupancy and queue analytics in retail spaces, transport hubs and smart buildings.
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HMI & Smart Devices
Use 3D ToF depth sensing for touchless gesture interfaces in automotive cabins, appliances and wet-area devices. Explore module selection, interaction-zone design and environmental validation for host-side hand tracking, gesture recognition and device control.
Explore solutionOur path
We set out to make advanced Time-of-Flight sensing practical for the engineers building intelligent machines.
Optical engineering, efficient VCSEL drivers, embedded algorithms, and software came together in one product platform.
Our sensing technology expanded into robotics, industrial automation, AR/VR, and smart security around the world.
DOMI helps product teams turn a sensing challenge into a reliable, scalable system.
Discuss custom FOV, ranging distance, interfaces, evaluation samples, and SDK support with our engineering team.