Funding
Funding not disclosed
Founders
Product
Problem
Robotic and autonomous systems lack animal‑level spatial perception, limiting their ability to navigate complex environments, perform precise inspections, and collaborate safely with humans. Existing vision sensors often provide insufficient depth resolution or are too bulky for integration into diverse robotic platforms.
Solution
Apr (A Priori Robotics & Artificial Intelligence) has created a patent‑pending 3D camera, demonstrated in the BioDepth prototype, that delivers high‑resolution depth maps and real‑time spatial intelligence in a compact, single‑camera form factor. The sensor captures dense 3D point clouds at video rates, enabling autonomous platforms to perceive and understand their surroundings with greater fidelity. By integrating advanced depth processing directly on the device, Apr reduces reliance on external compute and simplifies system architecture. The technology is positioned to support next‑generation applications such as autonomous navigation, industrial inspection, and collaborative robot operation.
Target Audience
Primary customers are developers of autonomous vehicles, industrial inspection robots, and collaborative robotic systems that require precise, real‑time 3D perception.
Features
- Patent‑pending 3D camera architecture that generates high‑resolution depth maps in real time
- Compact, single‑camera design suitable for integration into a wide range of robotic platforms
- On‑board spatial intelligence algorithms that produce dense point clouds and scene understanding without heavy external processing
- Low latency depth sensing optimized for dynamic environments and fast motion
- Scalable sensor interface compatible with common robotics middleware and control systems