Site Documentation

AI-powered 360-degree site capture platform that auto-maps photos to floor plans for progress documentation.

C2 4/5 reflects the usage API with API token or service-account auth, C4 5/5 reflects 360 images, point clouds, and floor-plan support, and C5 5/5 reflects Procore, Autodesk Construction Cloud, BIM360, PlanGrid, and Revizto integrations. The pricing surface is contact-sales.

Cloud digital-twin and reality-capture platform for buildings and jobsites, combining Matterport cameras, supported 360 cameras, and mobile capture into hosted walkthroughs, measurements, floor plans, and downstream property-data outputs.

C1 5/5 reflects a transparent free-to-paid pricing ladder, C2 4/5 reflects the published APIs and SDKs, and C5 4/5 reflects documented Autodesk Construction Cloud, Procore, and AWS integrations. C4 stays at 3/5 because the workflow is still centered on Matterport-hosted digital twins rather than broad open-format export.

AI measurement platform that generates 3D property models and material quantities from smartphone photos.

The site-documentation placement is limited to exterior capture; C2 5/5 reflects the documented API, MCP server, and webhooks, while C4 4/5 reflects JSON, PDF, XLSX, and SKP outputs.

360-degree job site photo documentation platform with AI-assisted progress comparison over time; rebranded as FARO Sphere XG after acquisition by FARO Technologies in 2021.

C2 3/5 reflects the Sphere XG API as an Enterprise add-on, C4 4/5 reflects 360-image, point-cloud, and E57 coverage, and C5 4/5 reflects Procore, Autodesk Construction Cloud, Planon, FARO Sphere, and Navisworks integrations. The pricing surface is subscription-based.

Reality modeling software for photogrammetry and reality capture that democratizes infrastructure documentation. Transforms photography, lidar point clouds, and sensor data into engineering-ready 3D reality meshes, orthophotos, and classified point clouds for digital twins. Cloud-based processing with desktop and mobile capture apps.

C2 4/5 reflects the cloud processing API, C4 4/5 reflects LAS, LAZ, OPC, POD, point-cloud, reality-mesh, orthomosaic, and iModel exchange, and C1 2/5 reflects the $4,000 entry subscription with no free tier.

Computer vision platform that compares 360 helmet-camera footage against the BIM to detect deviations.

The site-documentation surface is 360-image capture with BIM model comparison. C4 4/5 reflects that capture and comparison workflow, C5 4/5 reflects Procore and Autodesk Build integrations, and C2 2/5 reflects no public API, CLI, or MCP surface.

Unified reality capture platform combining aerial drones, 360 cameras, ground robots, and AI agents for construction, energy, and agriculture -- automated site documentation with photogrammetry, LiDAR, and visual AI (Progress AI, Safety AI); used on over 3 million sites in 180 countries, with docked drone automation, ground-based 360 walks, and BIM/IFC/DXF alignment at ~inch accuracy; serves data center, infrastructure, and civil construction programs globally.

AI visual construction monitoring that fuses 360, drone, laser scan, and BIM data into a digital twin for remote quality control and progress tracking.

The site-documentation surface combines E57 point clouds, MS Project XML schedules, 360 images, and drone or photogrammetry inputs. C5 4/5 reflects Procore, Autodesk BIM360, Autodesk Construction Cloud, Oracle Aconex, Oracle Primavera Cloud, and Box integrations, while C2 2/5 reflects no public API, CLI, or MCP surface.

AI computer-vision platform that measures work-in-place against BIM and schedule to flag variances; crews use 360-degree cameras for site capture.

The site-documentation surface is 360-video and LiDAR capture reconciled against BIM or IFC and Primavera-connected schedules. C5 3/5 reflects Procore, Autodesk Construction Cloud, and Oracle Primavera P6 integrations, while C2 2/5 reflects no public API, CLI, or MCP surface.

Crane-mounted multi-sensor system (CraneView) that passively captures pick sequences, idle time, and safety data to provide real-time site operations analytics.

The site-documentation surface is crane telemetry with CSV-style reporting and a Procore integration. C4 4/5 reflects the export or reporting surface, C2 2/5 reflects no public API, CLI, or MCP surface, and the pricing page is contact-sales.

AI 2D takeoff and measurement platform (Beam) that extracts quantities from aerial imagery and plan PDFs for landscaping, paving, snow, and multi-trade construction estimating, plus a BIM CoPilot for Revit. Subscription plus per-site/per-sheet pricing; delivered through a web app with no public API.

The site-documentation placement is quantity extraction from aerial imagery rather than field-capture hardware; C4 3/5 reflects spreadsheet export, and RF2 keeps C2 1/5 because delivery is a GUI web app with no public API.