VoxelSensors develops intelligent sensing technology, utilizing Single Photon Active Event Sensors (SPAES) and PERCEPT models, to capture relevant human contextual data for AI agents. This low-power, on-device solution enables personal AI assistants on wearable devices to anticipate user needs and understand context in real-time. The core value is providing high-quality, selective data streams necessary for advancing user-aware spatial and empathic computing applications.
Funding
$11.2M 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.
LFounders
Product
Problem
Existing 3D perception systems often suffer from high power consumption, high latency, and computational complexity, limiting their applicability in consumer electronics and wearable devices. These limitations hinder the development of truly immersive augmented and virtual reality experiences and advanced AI applications that require real-time contextual understanding.
Solution
VoxelSensors provides a novel 3D perception technology based on its patented Single Photon Active Event Sensor (SPAES) and PERCEPT software. This technology enables real-time acquisition of human contextual data, including eye-tracking and spatial awareness, with ultra-low power consumption and latency. By using SPAES, the system can localize active laser points in space and generate 3D voxels at a rate of 100 MHz, even in challenging lighting conditions. The PERCEPT software abstraction layer enhances wearable and mobile devices with advanced capabilities, fostering intuitive experiences through natural interactions with AI assistants.
Target Audience
The primary target audience includes consumer electronics companies, wearable device manufacturers, and developers of XR/AR/MR/VR applications seeking to enhance their products with efficient 3D perception and contextual AI capabilities.
Features
- Single Photon Active Event Sensor (SPAES) technology for efficient 3D perception
- PERCEPT software for understanding user attention and intent
- Real-time eye-tracking with accuracy below 2 arcminutes and sampling rates exceeding 1 kHz
- Low-latency depth data acquisition at a rate of 100 MVoxel/s
- Andromeda Evaluation Kits for XR 3D perception
- Dynamic triangulation system based on SPAES technology
- Continuous event-based depth data stream (x, y, z, t) over USB 3
- Laser beam scanner illumination