TinyNav

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Product Description

TinyNav is a lightweight, high-precision 3D navigation algorithm library, widely regarded as the "spatial subconscious" for robots. Its key feature is that it breaks the traditional reliance of advanced navigation systems on expensive, high-performance hardware, enabling highly robust localisation and mapping on low-cost embedded systems. It not only boasts exceptional operational efficiency but also ensures highly robust operation in complex, dynamic, or textureless environments through its deeply optimised local perception capabilities.

Product Specifications

Featuring a deeply optimised algorithmic architecture, TinyNav drastically reduces CPU and memory usage, making it ideally suited for compute-constrained embedded platforms (such as low-end ARM architectures). It supports multi-sensor heterogeneous data fusion processing. Whilst maintaining ultra-low latency, it continuously outputs high-frame-rate, high-precision 6DoF (Six Degrees of Freedom) pose estimation and dense 3D point cloud mapping, ensuring environmental response speeds in the millisecond range.

Company Profile

Guangzhou Chenjing Technology Co., Ltd.

Guangzhou DeepMirror Technology Co., Ltd. (DeepMirror) was established in 2019 and is China’s first spatial intelligence company. The company possesses world-class R&D capabilities, with its founding and core team comprising multiple international gold and silver medallists in computer science competitions, as well as senior experts from leading technology firms such as Google, Facebook, Baidu, DJI and Pony.ai. Many team members are graduates of leading institutions both at home and abroad, including Tsinghua University, Peking University, MIT and Stanford University. Building on the robust spatial computing infrastructure of our parent company, we have launched LooperRobotics, a brand specialising in embodied intelligence and spatial perception. We focus on the continuous optimisation of spatial data and 3D reconstruction technologies, striving to create precise “eyes” and “brains” for robots through constant monitoring and closed-loop implementation. With cutting-edge spatial perception algorithms and integrated hardware-software solutions, LooperRobotics provides high-precision visual navigation, environmental understanding and spatial reconstruction modules for all types of robots. We ensure that our devices operate efficiently with absolute precision and robustness in any complex, dynamic physical environment, comprehensively empowering diverse scenarios such as industrial inspections, commercial services and logistics delivery, enabling robots to truly understand and integrate into the human physical world.
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