Explore Our Services

Explore our range of services designed to help you move forward with site capture and spatial design for better planning and project visualization.

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What We Offer

We offer a range of services to meet the needs of every client. Have something else in mind? We'd be happy to work with you to create a custom product.

  • Drone-based LiDAR data collection using advanced UAV platforms. This service focuses on capturing high-density point cloud data across varied terrain and vegetation conditions to support mapping, planning, and analysis needs. This is processed into clean, classified point clouds. Deliverables are organized and quality-checked to support downstream analysis, visualization, and integration into GIS and CAD workflows.

  • Generation of digital elevation models (DEMs) and digital surface models (DSMs) derived from LiDAR data. These products support terrain analysis, slope evaluation, hydrologic modeling, and site visualization.

  • Creation of GIS- and CAD-compatible contour datasets and other terrain derivatives based on LiDAR surfaces. Outputs are formatted for planning, conceptual design, and mapping applications.

  • Production of high-resolution, georeferenced aerial photo mosaics to complement LiDAR data. Orthomosaics are suitable for mapping, site documentation, and visual context.

  • Interactive, web-based hosting of LiDAR point clouds that allows users to explore terrain and features without specialized software. Ideal for collaboration, review, and stakeholder communication.

  • Preparation of LiDAR-derived datasets for direct use in GIS and CAD environments. This includes standardized projections, formats, and organization to ensure compatibility with professional geospatial workflows.

Our Process

Define Goals

We start by understanding your project goals, site conditions, and how the data will be used. This ensures the scope, deliverables, and level of detail are aligned with real decision-making needs from the outset.

Data Capture Plan

Each project is planned with intention, including flight parameters, coverage, point density, and safety considerations. This step ensures efficient data collection and minimizes uncertainty before fieldwork begins.

Capture/Processing

We collect UAV LiDAR data and apply professional processing workflows to produce clean, well-aligned datasets. Quality control is performed throughout to ensure consistency, completeness, and usability.

Data Delivery

Final deliverables are formatted for direct use in GIS and CAD environments and explained clearly so you can apply them with confidence. The focus is on practical, decision-ready data—not just raw outputs