Automated Aerial Surveying with
Computer Vision
Real-time instance segmentation and object detection for drone-based infrastructure analysis, mapping, and inspection.
Computer Vision Applications
Aerial Mapping & Photogrammetry
- ▸Drone-based orthomosaic generation
- ▸3D terrain reconstruction from aerial imagery
- ▸Automatic feature detection and extraction
- ▸Change detection across survey periods
LiDAR Processing & Analysis
- ▸Point cloud classification and segmentation
- ▸Digital elevation model (DEM) generation
- ▸Vegetation and terrain separation
- ▸Volume calculations and earthwork analysis
Terrestrial & Mobile Mapping
- ▸Ground-based 3D scanning integration
- ▸SLAM-based real-time mapping
- ▸As-built documentation automation
- ▸Infrastructure inspection workflows
Data Fusion & Multi-Sensor
- ▸RGB + LiDAR fusion pipelines
- ▸Multi-temporal data alignment
- ▸Thermal and multispectral integration
- ▸GIS integration and georeferencing
Use Cases We've Solved
Automated Topographic Survey
Process thousands of drone images into accurate 3D terrain models with sub-centimeter precision. Automatic feature extraction for roads, buildings, and utility infrastructure.
Construction Site Monitoring
Track earthwork progress with automated volume calculations. Compare as-built against design models to detect deviations and ensure compliance.
Corridor Mapping for Infrastructure
High-resolution mapping of roads, railways, and utility corridors. Automated detection of encroachments, vegetation management, and asset inventory.
Change Detection & Monitoring
Identify landscape changes over time using multi-temporal analysis. Detect erosion, vegetation growth, or unauthorized construction automatically.
Technical Capabilities
Photogrammetry Pipelines
Structure from Motion (SfM), bundle adjustment, multi-view stereo, and custom reconstruction algorithms for survey-grade accuracy.
Point Cloud Processing
Ground classification, noise filtering, mesh generation, and semantic segmentation for LiDAR and photogrammetric point clouds.
Real-Time SLAM
Visual-inertial odometry, loop closure detection, and online mapping for mobile and terrestrial surveying platforms.
Automated Feature Extraction
Deep learning models for building footprints, road networks, power lines, and custom surveying features from imagery and point clouds.
Automate Your Surveying Workflow?
Let's discuss how computer vision can transform your mapping and surveying operations.
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