Military-grade analytics with sub-pixel accuracy & 6-DoF motion tracking — powering precision in ballistics, aerospace, and biomechanical research.
99.9%+ aerial triangulation success rate, sparse control point-assisted adjustment, effortlessly handles complex/massive data scenarios.
26x faster than traditional algorithms, 20-minute bundle adjustment for 13,682 images, single calculation for millions of data.
Full support for diverse inputs: satellite images, aerial photography, UAV data, mobile shots, laser/structured light scanning.
Adaptive matching for weak texture areas, combined LiDAR point cloud modeling, superior detail restoration.
Works with global mainstream OS & hardware, outputs international standard results (DEM, DSM, DOM, TDOM).
One-click auto-classification, smart mosaic line optimization, reduces expertise requirements & boosts efficiency.
Dual-Engine Drive: Parallel free-network tech + GPU-accelerated bundle adjustment, paired with self-developed M3At system, maximizes internal/external orientation element separation, advanced gross error elimination, balancing speed & accuracy.
Dual-Mode Adjustment: Supports GPS-assisted sparse control point adjustment (high precision via four-corner/four-corner + center layout) and control-point-free high-precision adjustment.
Intelligent Collaborative Efficiency: Single-machine multi-engine support, stable Redis-powered collaboration, master node auto-identifies activated nodes, no manual project path setup.
Intelligent Collaborative Efficiency: Single-machine multi-engine support, stable Redis-powered collaboration, master node auto-identifies activated nodes, no manual project path setup.
Leverages multi-scenario calibration to establish an analytical foundation, integrating three core engines: object tracking, 6DoF pose estimation, and 4D deformation reconstruction. Combined with full-cycle simulation management, delivers closed-loop workflows from experimental design to motion analysis and validation, addressing high-precision motion analytics demands in defense and aerospace sectors.
Leverages multi-scenario calibration to establish an analytical foundation, integrating three core engines: object tracking, 6DoF pose estimation, and 4D deformation reconstruction. Combined with full-cycle simulation management, delivers closed-loop workflows from experimental design to motion analysis and validation, addressing high-precision motion analytics demands in defense and aerospace sectors.
Full lab/field/aerial coverage, 5 calibration algorithms, RTK-assisted positioning, compatible with 300mm telephoto lenses.
0.3-pixel accuracy, occlusion & glare & low-light resistant, supports marker & markerless modes.
Attitude error ＜0.5°, 200m long-range calculation, weak-texture & small-target detection, precise cylinder roll angle.
Real-time flexible contour extraction (error ＜1%), 3-camera volume measurement, 4D spatiotemporal deformation.
2D/3D Virtual Proving Ground, Multi-Source Data Fusion,Test Design → Analytics → Report Generation (Closed Loop)
Provides flexible calibration solutions for diverse testing environments, supporting rapid deployment in complex scenarios including indoor laboratories, marker-free outdoor fields, and aerial monitoring.
Enables precise positioning and continuous tracking of high-speed moving targets, with a minimum recognition accuracy of 0.3 pixels.
Real-time computation of 3D position (X, Y, Z) and orientation angles (yaw/pitch/roll), with pose recognition accuracy of <0.5°.
Extracts motion target contour features and quantifies deformation parameters (area, volume, deployment speed, etc.).
Comprehensive management from experimental design to report generation.
Multi-Format Compatibility: Supports multiple point cloud formats (las, txt, ply, xyz, etc.), enabling fast loading & saving to flexibly meet data processing needs.
Dual-Mode Intelligent Classification: One-click auto-classification (90% accuracy, supports custom parameters); supervised classification with random forest algorithm, allowing custom category training (over 80% accuracy) and trainable model parameter reuse.
Professional Editing Tools: Dual-window synchronous viewing, custom coloring, TIN/Delaunay triangulation generation & quick selection, intuitively displaying terrain & data details; processed DEM can be directly imported for orthophoto production.
Ballistics Tracking | Blast Dynamics Recreation
Parachute Opening Monitoring | Stage Separation Analysis
Crash Test Analytics | Airbag Inflation Kinematics
Live Cell Morphology Tracking | Microorganism Motion Analysis
6DoF Athlete Pose Tracking
Droplet Impact Dynamics Capture | Contact Angle Temporal Analysis
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