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About
Site Scan for ArcGIS, part of Esri's ArcGIS Reality suite, is an enterprise-grade, end-to-end cloud platform for drone-based mapping and spatial analytics. It supports every stage of the drone data lifecycle: planning optimal autonomous flight paths in 3D, executing missions via the ArcGIS Flight mobile app, uploading imagery for cloud-based photogrammetric processing, and performing detailed spatial analysis in a web browser or ArcGIS environment. The cloud processing engine handles unlimited volumes of drone imagery to generate true orthomosaics and high-quality 3D meshes with sharp detail and automatic ground control point detection. Analytical tools allow users to measure distances, surface areas, and volumetrics; run cut/fill analysis; track change over time; and compare drone captures to design overlays from Autodesk BIM 360. Enterprise fleet management capabilities let drone program managers track hardware, pilots, and flight history, create custom preflight checklists, and store all responses in the cloud. Integration with ArcGIS Online and ArcGIS Enterprise enables advanced AI-powered analytics including automated object detection via ArcGIS Image Analyst, as well as fusion with BIM, LiDAR, IoT, and other geospatial data sources. Site Scan is ideal for industries including construction, infrastructure, utilities, environmental management, and public safety—any organization seeking to operationalize drone data within a scalable, enterprise GIS ecosystem.
Key Features
- 3D Autonomous Flight Planning: Create and share advanced 3D flight plans with pilots, overlaying ArcGIS Online and Enterprise data for enhanced safety and data quality.
- Scalable Cloud Imagery Processing: Process unlimited drone imagery in the cloud to produce true orthomosaics and 3D meshes with automatic ground control point detection.
- Drone Analytics & Change Detection: Measure distances, areas, and volumetrics; generate cut/fill maps; and track change over time with temporal analysis tools.
- Enterprise Fleet Management: Centrally track drone hardware, pilot certifications, and flight history with custom preflight checklists stored in the cloud.
- ArcGIS & AI Integration: Publish drone data directly into ArcGIS to run AI-powered object detection, integrate with BIM/LiDAR/IoT data, and automate advanced analytics.
Use Cases
- Construction site monitoring: track project progress, compare to BIM design overlays, and calculate volumetrics for earthworks or stockpile management.
- Infrastructure inspection: capture high-resolution imagery of bridges, roads, pipelines, and utilities to detect defects and monitor asset condition over time.
- Land surveying and mapping: create accurate georeferenced orthomosaics and 3D terrain models for planning, permitting, and land management workflows.
- Environmental monitoring: detect vegetation changes, track erosion or flooding, and conduct temporal analysis across protected lands or restoration projects.
- Urban planning and development: generate up-to-date 2D and 3D site maps to support zoning, development planning, and public safety decision-making.
Pros
- Complete End-to-End Workflow: Covers the full drone data lifecycle—planning, flying, processing, analyzing, and sharing—within a single platform.
- Deep ArcGIS Ecosystem Integration: Native integration with ArcGIS Online, ArcGIS Enterprise, and ArcGIS Image Analyst unlocks powerful GIS and AI capabilities for drone data.
- Scalable Cloud Processing: The cloud-based architecture handles unlimited data volumes, making it suitable for large enterprise drone programs.
- Multi-Format Sharing & Collaboration: Stakeholders can access data via 3D views, reports, maps, or direct Autodesk BIM 360 integration regardless of their technical background.
Cons
- Enterprise-Level Pricing: As a premium Esri product requiring direct sales contact, it is likely cost-prohibitive for small teams or independent operators.
- ArcGIS Ecosystem Dependency: Full value is realized only when using other Esri/ArcGIS products; organizations outside the Esri ecosystem may find integration limited.
- Steep Learning Curve: The breadth of features, integration options, and GIS concepts involved can require significant training and onboarding time.
Frequently Asked Questions
What is Site Scan for ArcGIS?
Site Scan for ArcGIS is an end-to-end, cloud-based drone mapping and analytics platform developed by Esri. It supports flight planning, autonomous mission execution, cloud-based imagery processing, and advanced spatial analytics, all integrated within the ArcGIS ecosystem.
How is drone imagery processed in Site Scan?
After a drone flight, imagery is uploaded to the cloud where it is processed using photogrammetric techniques to produce true orthomosaics and 3D meshes. Ground control points can be detected automatically using computer vision or marked manually to ensure high positional accuracy.
Does Site Scan support AI and object detection?
Yes. By publishing drone data to ArcGIS, users can leverage ArcGIS Image Analyst and other Esri AI tools to perform automated object detection and other advanced analytics workflows.
What mobile app is used for flying missions?
The ArcGIS Flight app (available for iOS) is used to execute autonomous drone missions in the field, complete preflight checklists, and upload data to the cloud after flights.
Can Site Scan integrate with Autodesk BIM 360?
Yes. Site Scan supports integration with Autodesk BIM 360, allowing users to compare drone captures to design overlays, share content, and report issues directly within the BIM 360 environment.
