Key Advantages

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  Spatial Data Processing Platform

  Built on JIIOV's proprietary computing power management platform and model development toolchain, this platform provides large-scale multimodal data processing and management for embodied AI. It supports automatic data parsing, temporal alignment, quality assessment, screening and cleaning, structured annotation, and unified management. It also supports the reconstruction and generation of key information such as spatial positioning, environmental perception, hand interaction trajectories, and action events, improving both the efficiency and the standardization of turning raw data into training data. This gives embodied AI model training, evaluation, and iteration a stable data infrastructure. In its core focus area of hand interaction, JIIOV has world-class algorithms and technical capabilities, and won the HANDS International Challenge in 2023, 2024, and 2026.

  Learn More About Hand-tracking Solutions

  Egocentric Data Acquisition and Video Processing Demo: Medication Sorting and PackagingEgocentric Data Acquisition and Video Processing Demo: Cup Separation
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  Egocentric Data Collection Devices

  A lightweight wearable data capture device self-developed by JIIOV, integrating egocentric visual capture, head pose sensing, hand motion capture, eye tracking, ambient light sensing, and spatial positioning capability. This type of device can continuously and reliably capture high-quality multimodal raw data of human interaction in real-world environments. To date, it has accumulated over 30,000 hours of structured egocentric perceptual data, which can be used to support the training and continuous iteration of embodied intelligence models.

  

  Product images are for reference only. Actual products may vary.

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  Visuo-tactile Interaction Solution

  JIIOV provides a cross-modal visuo-tactile interaction solution for dexterous hands and other embodied intelligence applications, fusing visual perception with tactile feedback to enable coordinated sensing of object contact state, surface texture, force variation, and the manipulation process. This allows devices to more accurately understand object properties and interaction states, significantly improving fine manipulation, stable grasping, and complex task execution capability. Among its offerings, the 5mm ultra-thin solution supports wearable data capture and enables alignment between human manipulation data and robotic dexterous-hand data.

  

  Product images are for reference only. Actual products may vary.