Industrial-grade precision analytics with sub-pixel accuracy & 6-DoF motion tracking — powering high-precision research in aerospace, advanced manufacturing, and biomechanics.
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 aerospace and advanced industrial 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.
Parachute Opening Monitoring, Stage Separation Analysis
Crash Test Analytics, Airbag Inflation Kinematics
Live Cell Morphology Tracking, Microorganism Motion Analysis
Droplet Impact Dynamics Capture, Contact Angle Temporal Analysis
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