About
Lidarvisor is a cloud-powered aerial LiDAR processing platform designed for survey professionals, GIS analysts, architects, and engineering firms. It transforms raw LAS files into a full suite of professional deliverables — all without any software installation, configuration, or manual parameter tuning. At its core, Lidarvisor uses AI-driven algorithms to automatically classify point clouds into standard LAS categories: ground, vegetation, buildings, wires, poles, water, vehicles, and more. From classified data, it generates Digital Terrain Models (DTM), Digital Surface Models (DSM), hillshade visualizations, contour lines, building footprints, tree crown maps, and power line features. All outputs can be exported in industry-standard formats including GeoTIFF, DXF, SHP, and GeoJSON — ready for immediate use in GIS or CAD workflows. The platform's fully layered topographic DXF export is a standout feature, with each element intelligently organized for easy editing in any CAD software. A 3D web viewer allows users to inspect results instantly in the browser and share point cloud views with clients via a simple link. Lidarvisor also exposes a Processing API for teams that need to integrate LiDAR automation into their own pipelines. A free tier allows processing of up to 50 hectares with no credit card required, making it accessible for evaluation and smaller projects. Larger professional workloads are covered by paid plans. Organizations using Lidarvisor report consolidating three or more separate tools into one, dramatically cutting processing time and outsourcing costs.
Key Features
- AI-Powered Point Cloud Classification: Automatically segments LAS data into standard classes — ground, vegetation, buildings, wires, poles, water, vehicles, and more — with a single click.
- Terrain & Surface Modeling: Generates DTM and DSM in GeoTIFF format, along with hillshade visualizations and a 3D web viewer for immediate terrain inspection.
- Vectorization & Feature Extraction: Produces contour lines, building footprints, tree crowns, tree tops, carbon estimates, and power infrastructure features exportable in DXF, SHP, or GeoJSON.
- CAD-Ready Topographic Map Export: Generates a fully layered, pre-configured DXF topographic map with intelligently organized layers for seamless editing in AutoCAD and similar tools.
- Processing API: Allows developers and enterprises to integrate automated LiDAR processing directly into their own pipelines and workflows via a RESTful API.
Use Cases
- Land surveyors automating point cloud classification and topographic map production to reduce manual processing time.
- Utility companies managing vegetation encroachment on power lines by extracting wire, pole, and tower features from aerial LiDAR scans.
- Forestry professionals estimating tree crown coverage, tree tops, and carbon stock from drone-collected LiDAR data.
- Architecture and engineering firms generating accurate DTM, DSM, and building footprint data for site analysis and planning.
- Geospatial companies replacing multi-tool LiDAR workflows with a single platform to cut costs and bring processing in-house.
Pros
- Zero Setup Required: Fully cloud-based with pre-optimized algorithms — no software installation, no complex configuration, and no parameter tuning needed.
- Significant Time and Cost Savings: Users report replacing three or more separate tools with one platform and eliminating costly LiDAR processing outsourcing.
- Comprehensive Output Formats: Delivers all major deliverables (DTM, DSM, DXF, SHP, GeoJSON, GeoTIFF) ready for direct use in GIS and CAD software.
- Free Tier Available: Process up to 50 hectares for free with no credit card required, making it easy to evaluate before committing.
Cons
- Limited Customization: The no-parameter approach, while convenient, may not satisfy advanced users who need fine-grained control over classification thresholds or algorithm settings.
- Cloud Dependency: Requires an internet connection and relies entirely on cloud infrastructure — not suitable for air-gapped environments or projects with strict data sovereignty requirements.
- Free Tier Area Cap: The free plan is limited to 50 hectares, which may be insufficient for larger survey projects requiring a paid subscription.
Frequently Asked Questions
What file formats does Lidarvisor accept as input?
Lidarvisor accepts LAS files as input. You simply upload your raw LAS point cloud file and the platform handles the rest automatically.
What outputs and export formats does Lidarvisor produce?
Lidarvisor exports classified point clouds, DTM and DSM in GeoTIFF, hillshade visualizations, contour lines, building footprints, tree crown and tree top data, power line features, and fully layered topographic maps in DXF, SHP, and GeoJSON formats.
Is there a free plan, and what are its limits?
Yes. Lidarvisor offers a free tier that allows you to process up to 50 hectares with no credit card required. Larger projects require a paid subscription.
Does Lidarvisor require any software installation?
No. Lidarvisor is 100% cloud-based and runs entirely in your web browser. There is nothing to install or maintain.
Can Lidarvisor be integrated into existing processing pipelines?
Yes. Lidarvisor provides a Processing API that enables developers and enterprises to integrate automated LiDAR processing into their own software workflows and pipelines.
