MORE provides visual processing software, MoreSight, that integrates with commercial off-the-shelf cameras to deliver dynamic, accurate depth and confidence values for every pixel in real-time. This solution enhances the speed, accuracy, and efficiency of vision-based autonomous applications across robotics, reality capture, and factory inspection. The platform enables precise object visualization and material recognition for tasks like sub-millimeter picking and high-speed inline inspection.
Funding
Funding not disclosed
Founders
Product
Problem
Many machine vision systems rely on lidar, structured light, or AI-estimated depth, which can introduce limitations in accuracy, latency, and environmental adaptability when perceiving the 3D world. Sensor fusion techniques attempt to compensate for these shortcomings but add complexity and computational overhead.
Solution
MORE provides a machine vision platform that enables systems to perceive the 3D world at their optical limit, delivering accurate depth measurement for every pixel without the need for lidar or AI-estimated depth. This approach eliminates the compromises associated with traditional 3D sensing methods, enabling machines to learn and perform more effectively in diverse environments. By maximizing the information extracted from optical sensors, MORE enhances the capabilities of intelligent systems, allowing them to operate with greater precision and reliability. The platform's core value lies in its ability to provide high-fidelity 3D perception directly from optical data, unlocking new possibilities for automation and robotics.
Target Audience
The primary target audience includes developers and manufacturers of robots, autonomous vehicles, and other intelligent systems that require precise and reliable 3D perception.
Features
- Accurate depth measurement for every pixel using optical sensors
- Elimination of lidar, structured light, and AI-estimated depth
- Low-latency 3D perception
- Enhanced learning and performance capabilities for intelligent systems
- Adaptability to diverse environments