In the field of rapid accident scene processing, ICE CYPRESS’s independently developed Rusa delivers an innovative solution.
Traditional accident scene investigation typically relies on specialized surveying equipment and cumbersome data-collection workflows—which are not only time-consuming and labor-intensive but also struggle to fully reconstruct the complete picture of the scene.
The Rusa system, by contrast, adopts an innovative “Smartphone + UAV fusion modeling” approach, fully leveraging the synergistic advantages of both device types.
UAVs efficiently cover large areas for rapid holistic modeling of the accident scene, while smartphones offer flexible close-range capability to precisely capture high-resolution imagery of key details—vehicle damage, impact points, and other critical features.
Multi-source data fusion further enriches spatial information, providing a more comprehensive and accurate data foundation for subsequent 3D reconstruction.
Powered by proprietary core algorithms and a high-performance data-processing engine, the Rusa system flexibly and efficiently completes 3D modeling and real-time rendering, generating high-precision 3D scene models that support free-form measurements at centimeter-level accuracy.
The system dramatically streamlines on-site investigation and analysis workflows, providing relevant agencies with a standardized, mobile-enabled 3D rapid-modeling tool.
By faithfully reconstructing the scene and supporting visual simulation of the accident sequence, Rusa provides robust technical support for liability determination, evidence collection, and data preservation—significantly improving both the efficiency and fairness of accident processing.
