Horizon GeoData provides ground-based SLAM LiDAR capture for wildfire mitigation programs, forest stewardship projects, and defensible space assessment. Under-canopy acquisition resolves the fuel conditions that aerial and drone LiDAR cannot see —ladder fuels, understory density, surface fuels, and individual stems.

Repeat capture of the same unit before and after treatment produces quantified change detection: a defensible record of what a treatment actually removed, suitable for grant reporting and funder deliverables. Datasets are tied to established survey control to ensure accurate co-registration between capture epochs.

Applications

• Pre- and post-treatment fuels documentation

• Ladder fuel and canopy base height assessment

• Defensible space and Zone 0 parcel capture

• Treatment effectiveness verification for grant reporting

• Replanting and regeneration monitoring

• Ground-truth validation of aerial LiDAR and fuels models

Deliverables

• Classified 3D point clouds (LAS/LAZ) — ground, vegetation, structure

• Fuels and stand structure metrics by treatment unit

• Before/After change detection with accuracy reporting

• Cross-Sections and vertical profile analysis

• Rendered visualizations and fly through for partner communication

• GIS-ready datasets formatted for agency workflows

Horizon Geodata delivers measurable documentation that supports treatment planning, outcome verification, and defensible reporting to funding partners.

Horizon GeoData provides mobile SLAM LiDAR mapping for high-density 3D data capture in forested, GNSS-constrained or complex surface environments. Mobile workflows allow rapid acquisition of infrastructure corridors, municipal features, and industrial sites with minimal operational disruption.

Datasets can be tied to established survey control when required to ensure alignment with engineering coordinate systems.

Applications

• Forested and steep terrain capture

• Curb, gutter, and sidewalk ADA documentation

• Roadway and corridor modeling

• Industrial facility scanning

• Bridge and underpass capture

• Constrained infrastructure mapping

Deliverables

• Registered 3D point clouds (LAS/LAZ)

• Extracted breaklines and feature models

• Surface models

• Cross-sections and profiles

• CAD-ready outputs

Horizon GeoData provides survey-controlled UAV mapping for engineering, infrastructure, and land management applications. All aerial datasets are tied to GNSS-based ground control to ensure centimeter-level positional accuracy and compatibility with established coordinate systems.

Workflows are structured to produce repeatable, design-ready spatial datasets suitable for measurement, modeling, and analysis.

Applications

• Topographic surveys

• Site development mapping

• Corridor mapping

• Construction progress documentation

• Earthwork and stockpile analysis

• Orthomosaic generation

Deliverables

• Survey-controlled orthomosaics

• Digital Terrain Models (DTM) and Digital Surface Models (DSM)

• Contours and breakline extraction

• Volume calculations

• CAD-ready (DWG/DXF) files

• GIS-ready datasets

Horizon GeoData converts raw aerial and LiDAR datasets into structured, engineering-ready deliverables. Production workflows include surface modeling, feature extraction, and integration into existing CAD and GIS environments.

Services

• Point cloud processing and classification

• Breakline extraction

• Surface modeling

• Feature mapping

• Utility documentation

• Change detection analysis

Outputs

• DWG production drawings

• Topographic maps

• GIS geodatabases

• Volume and reporting documentation

• Structured project archives

Horizon GeoData provides survey-controlled UAV mapping, mobile LiDAR acquisition, and CAD/GIS production services for irrigation systems and water infrastructure networks. All datasets are collected and processed using GNSS-based control to ensure positional accuracy and coordinate system compatibility.

Workflows are designed to generate repeatable spatial datasets supporting infrastructure assessment, hydraulic evaluation, and asset management.

Applications

• Canal and lateral corridor mapping

• Diversion structure documentation

• Culvert and crossing inventories

• Embankment geometry assessment

• Sedimentation and volumetric analysis

• Temporal change detection

Deliverables

• Survey-controlled orthomosaics

• Digital Terrain and Surface Models

• Contours and cross-sections

• Volume reports

• CAD-ready topographic files

• GIS-ready geodatabases

Horizon GeoData provides safety-focused SLAM LiDAR mapping for underground mines, active headings, stopes, drifts, and confined infrastructure. Workflows are designed to reduce personnel exposure while generating high-density spatial datasets in GNSS-denied environments.

Capture is performed using the Emesent Hovermap ST-X, enabling accurate 3D data capture in complex underground conditions. Datasets can be tied to established survey control for integration with mine coordinate systems.

Applications

• Development heading mapping

• Stope and drift documentation

• Overbreak and underbreak analysis

• Deformation monitoring

• Ground condition and structural mapping

• Volume reconciliation

Deliverables

• Cleaned and registered 3D point clouds

• Engineering-grade surface models

• Volume and reconciliation reports

• Cross-sections and deviation analysis

• CAD-ready and GIS-integrated datasets

Horizon GeoData delivers structured spatial documentation that supports operational safety, compliance, and defensible recordkeeping.

Horizon GeoData provides survey-aligned aerial mapping and multispectral data acquisition to support precision agriculture, irrigation management, and land stewardship initiatives. Agricultural workflows are deployed as project-driven engagements and scaled according to operational demand.

Multispectral data collection is supported through integration of the Sentera 65R and Sentera 6X Thermal Pro, enabling high-resolution vegetation index analysis and field variability assessment. Standard UAV mapping services remain available for terrain modeling, irrigation infrastructure documentation, and drainage evaluation.

Applications

• NDVI and vegetation index mapping

• Field variability and crop health assessment

• Irrigation efficiency analysis

• Drainage and grading evaluation

• Field boundary documentation

• Seasonal and temporal change detection

Deliverables

• Survey-controlled orthomosaics

• Vegetation index maps (NDVI and related indices)

• Digital Terrain Models for water flow assessment

• GIS-ready prescription layers

• Field-level comparative analysis reports

Agricultural datasets are structured for integration with farm management systems, irrigation planning tools, and GIS-based decision workflows.