Manifold Tech is an innovative technology company specializing in intelligent spatial perception and reconstruction. The company is committed to advancing the integration of this technology across robotics, architectural surveying, industrial inspection, and digital twin applications. Leveraging a world-class spatial intelligence framework, Manifold Tech combines multi-sensor SLAM, autonomous navigation algorithms, and tightly integrated hardware-software systems to enable precise perception, real-time mapping, and intelligent decision-making—accelerating the global adoption of spatial intelligence technologies.
TEAM INTRODUCTION
Manifold Tech is powered by a team of post-95s engineers with world-class algorithm expertise and extensive deployment experience. Core members hail from the MaRS Lab at the University of Hong Kong, having repeatedly won the international Hilti SLAM Challenge and published dozens of high-impact papers in top-tier conferences and journals such as ICRA, IROS, and Science Robotics. The company’s talent pool spans leading global firms including NVIDIA, Tencent.Manifold Tech has built a fully integrated, end-to-end capability covering algorithm R&D, hardware design, software development, and in-house manufacturing. This closed-loop system enables deep hardware–software co-optimization and rapid iteration, giving the company true autonomy in driving innovations from research breakthroughs to large-scale industrial deployment.
CORE TECHNOLOGIES
Manifold Tech has developed an industry-leading core technology framework for spatial intelligence. Centered on high-performance multi-sensor fusion and SLAM algorithms, the company has established a full-stack pipeline encompassing precise perception, real-time mapping, and intelligent decision-making. Its compact, high-precision, and robust spatial memory modules deliver reliable performance in complex environments and offer broad compatibility across platforms and algorithms. These technologies are already applied in UAV navigation, robotic inspection, embodied intelligence, and digital twin systems—advancing the deployment of spatial intelligence from research laboratories to real-world industrial applications
Manifold Tech is an innovative technology company specializing in intelligent spatial perception and reconstruction. The company is committed to advancing the integration of this technology across robotics, architectural surveying, industrial inspection, and digital twin applications. Leveraging a world-class spatial intelligence framework, Manifold Tech combines multi-sensor SLAM, autonomous navigation algorithms, and tightly integrated hardware-software systems to enable precise perception, real-time mapping, and intelligent decision-making—accelerating the global adoption of spatial intelligence technologies.
TEAM INTRODUCTION
Manifold Tech is powered by a team of post-95s engineers with world-class algorithm expertise and extensive deployment experience. Core members hail from the MaRS Lab at the University of Hong Kong, having repeatedly won the international Hilti SLAM Challenge and published dozens of high-impact papers in top-tier conferences and journals such as ICRA, IROS, and Science Robotics. The company’s talent pool spans leading global firms including NVIDIA, Tencent.Manifold Tech has built a fully integrated, end-to-end capability covering algorithm R&D, hardware design, software development, and in-house manufacturing. This closed-loop system enables deep hardware–software co-optimization and rapid iteration, giving the company true autonomy in driving innovations from research breakthroughs to large-scale industrial deployment.
CORE TECHNOLOGIES
Manifold Tech has developed an industry-leading core technology framework for spatial intelligence. Centered on high-performance multi-sensor fusion and SLAM algorithms, the company has established a full-stack pipeline encompassing precise perception, real-time mapping, and intelligent decision-making. Its compact, high-precision, and robust spatial memory modules deliver reliable performance in complex environments and offer broad compatibility across platforms and algorithms. These technologies are already applied in UAV navigation, robotic inspection, embodied intelligence, and digital twin systems—advancing the deployment of spatial intelligence from research laboratories to real-world industrial applications
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