VisiFuse
VisiFuse provides a multi-sensor fusion hardware and software stack that generates high-resolution, accurate RGB-D point clouds for physical AI systems operating in uncontrolled environments. The system delivers 120 dB dynamic range, millimeter-level accuracy at close range, and under 100 ms latency, enabling reliable perception in direct sunlight, glare, and deep shadows for robotics applications.
- Robotics
- Artificial Intelligence
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Physical AI systems—including construction robots, warehouse automation, and humanoid manipulators—struggle to perceive their surroundings reliably in uncontrolled outdoor and industrial environments. Direct sunlight, glare, shadows, and rapidly changing lighting conditions degrade the performance of conventional depth-sensing and camera systems, leading to inaccurate point clouds and unsafe or inefficient operation.
Solution
VisiFuse provides a proprietary multi-sensor fusion hardware and software stack that generates high-resolution, accurate RGB-D point clouds engineered for real-world conditions. The system combines megapixel-resolution imaging with 120 dB high dynamic range to maintain perception quality across extreme lighting variations. Its depth sensing achieves millimeter-level accuracy at close range while extending to tens of meters for navigation and interaction tasks. The full pipeline operates with under 100 ms latency, enabling real-time responsiveness for robotic control and autonomous decision-making.
Target Audience
Primary customers are robotics manufacturers and system integrators building construction robotics, logistics and warehouse automation, humanoid manipulation platforms, and field robotics inspection systems that require dependable 3D perception outdoors or in harsh lighting.
Features
- Multi-sensor fusion hardware paired with proprietary software algorithms to produce dense, accurate RGB-D point clouds
- 120 dB dynamic range for reliable depth and color capture in direct sunlight, glare, shadow, and rapidly changing light
- Megapixel resolution yielding dense 3D awareness suitable for both perception and precise manipulation tasks
- Millimeter-level depth accuracy at close range combined with tens-of-meters range for broader scene understanding
- End-to-end latency under 100 ms, supporting real-time closed-loop control for physical AI platforms