Our airborne LiDAR systems capable of capturing 300,000 points per second with accuracy of ±3 cm, and 360° horizontal field of view, passing through vegetation to reach complex terrain and then generate ultra-dense 3D point clouds. Whether the case is modeling infrastructure corridors, analyzing post-war zones, or mapping archaeological sites, LiDAR delivers unmatched vertical accuracy and terrain clarity even in environments where traditional methods fail.
Using high-resolution aerial photography and advanced photogrammetric algorithms, we produce orthomosaics, digital surface models (DSM), and textured 3D modeles. Ideal for construction planning, land development, and documentation, our photogrammetry workflows cover vast areas in record time delivering spatial data that's both massive and precise. Integrated with precise geotagging technologies and rigorous camera calibration protocols, our RGB cameras provide reliable, true-color imagery that serves as the cornerstone for comprehensive data analytics and sophisticated 3D reconstruction.
We deliver reliable, accurate positioning for all survey and construction needs, from ground control and boundary definition to project validation. Our systems apply sophisticated correction techniques to maintain consistent spatial accuracy across your entire site, whether you're building, restoring, or evaluating. GeoVision further enhances field operations by offering benchmark services for surveyors and correction support for users working with traditional survey methods.
Our integrated thermal and multi-spectral sensors reveal hidden heat signatures pinpointing moisture intrusion, electrical faults, insulation gaps, and crop stress. From building diagnostics to public safety monitoring, thermal scanning adds a critical layer of insight to spatial analysis.
We transform raw spatial data into detailed 3D models ready for BIM environments. Whether client need is restoring heritage sites, designing infrastructure, workshop monitoring, or managing assets, our models are engineered for interoperability, precision, and visual clarity bridging the gap between field reality and digital planning. Scan to BIM service is available for LoD's 400.
We develop comprehensive GIS environments that transform raw spatial data into structured, intelligent information systems. Our team builds integrated geodatabases, performs advanced spatial modeling, and produces interactive maps that reveal patterns, relationships, and insights not visible through traditional analysis. By linking descriptive attributes with spatial layers, we enable organizations to manage assets, analyze scenarios, and make informed decisions based on accurate, dynamic, and context rich geographic information.
Our earthwork analysis services provide precise calculations of cut and fill volumes using high resolution elevation models derived from aerial and terrestrial surveys. Through advanced terrain modeling and volumetric computation, we help clients optimize construction planning, control project costs, and monitor progress over time. These analyses are essential for road construction, land development, mining operations, and any project where accurate earth movement estimation directly impacts financial and operational outcomes.
Using Ground Penetrating Radar (GPR), we detect and map underground utilities, voids, and buried infrastructure with high accuracy. This non destructive method allows us to identify pipelines, cables, cavities, and foreign objects beneath the surface, reducing the risks associated with excavation and construction. Our subsurface models provide engineers with a clear understanding of hidden conditions, enabling safer planning, maintenance, and infrastructure development.
We deliver comprehensive technical reports that synthesize aerial, terrestrial, and GIS based analyses into clear, actionable documents. Our reports include detailed maps, spatial indicators, 3D visualizations, and engineering interpretations that support decision making at every stage of a project. Additionally, we provide thermal imaging assessments to detect heat loss or water leakage, as well as high resolution virtual site tours that document project conditions with exceptional clarity. Every report undergoes rigorous quality assurance to ensure accuracy, reliability, and professional presentation.
