The startup develops a platform that utilizes big data analytics and machine learning to create high-performance 4D imaging from 3D point clouds. This technology enhances visibility in applications such as augmented reality, robotics, and autonomous mobility, addressing the need for clearer spatial understanding in complex environments.
Funding
$4.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Existing 3D imaging solutions often lack the resolution, accuracy, and robustness required for demanding applications in autonomous mobility, robotics, and augmented reality, particularly in challenging lighting conditions. Traditional methods struggle to capture both spatial and velocity data simultaneously, hindering real-time understanding of dynamic environments.
Solution
Pointcloud provides a 4D imaging platform that combines high-density 3D point clouds with radial velocity data, enabling machines to perceive the world with enhanced clarity. Their core technology is a single-chip optoelectronic platform based on a Coherent Focal Plane Array architecture, delivering sub-millimeter depth accuracy independent of distance. The Surnia platform captures high-density point clouds, up to 640x480 points per frame, and offers immunity against direct sunlight and extreme lighting conditions, along with a high dynamic range. The system provides both 3D point clouds, radial velocity, and reflectivity data for each point.
Target Audience
The primary target audience includes developers and manufacturers in the automotive, robotics, and augmented reality sectors who require high-performance 3D imaging and velocity sensing capabilities.
Features
- Integrated 4D imaging sensor based on a Coherent Focal Plane Array architecture
- High-density point clouds up to 640x480 points per frame
- Sub-millimeter depth accuracy independent of distance to target
- Immunity against direct sunlight and extreme lighting conditions
- High dynamic range
- Configurable to provide 3D point clouds, radial velocity, and reflectivity data
- Leverages high volume semiconductor and packaging processes