HiMotion provides markerless motion capture technology that captures nuanced human and object movements with high fidelity. Its system enables seamless integration of digital character animation and detailed biomechanical analysis, reducing technical overhead for creative and athletic workflows.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional motion capture systems often require extensive calibration and specialized hardware setups, limiting their accessibility and ease of use for content creation and performance analysis. This complexity can hinder rapid iteration and real-time application of motion data in dynamic environments.
Solution
HiMotion offers an advanced motion capture solution designed for intuitive operation and broad applicability across creative and athletic domains. The system utilizes proprietary sensor fusion algorithms and markerless tracking technology to capture nuanced human and object movements with high fidelity. This enables seamless integration of digital character animation in film and gaming, as well as detailed biomechanical analysis for sports performance optimization. The platform is engineered for efficient data acquisition and processing, reducing the technical overhead typically associated with motion capture workflows.
Target Audience
The primary target audience includes animation studios, game development teams, sports performance analysis providers, and virtual production houses seeking to enhance realism and efficiency in their workflows.
Features
- Markerless motion capture leveraging advanced computer vision and deep learning models for skeletal tracking.
- High-fidelity data acquisition with sub-millimeter accuracy for precise movement representation.
- Real-time data streaming capabilities for live animation and performance feedback.
- Proprietary sensor fusion algorithms to enhance tracking robustness in diverse environments.
- SDK and API for integration with industry-standard animation and simulation software.
- Support for multi-person tracking and complex scene analysis.
- Optimized data compression for efficient storage and transmission.