Get measurable
as-built 3D/2D/BIM
Models

Observance empowers architects with precise as-built 3D models and 2D drawings, achieving 99.2% measurement accuracy and eliminating manual site visits. It captures intricate details like MEP elements and slab heights, reducing rework and saving time. With seamless integration to AutoCAD, CAD-T, and SketchUp, Observance streamlines workflows and ensures compatibility with industry-standard tools for exceptional results.

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Our Service Features

Comprehensive Solutions for Architects: Precision, Efficiency, and Seamless Integration

Measurable As-Built 3D and 2D

Deliver precise 3D models within a day, enabling length, area, angle, and volume measurements with unmatched accuracy.

Exportable to DWG, RVT & GLTF

Export 3D BIMs, 3D scans, and 2D as-built drawings to AutoCAD, Revit, SketchUp, and other supported formats.

Scan-To-BIM

Generate detailed LOD350 BIMs from AI-segmented 3D models, offering architects accurate and comprehensive project data.

Reduce Site Visits

Access precise 3D models and 2D drawings remotely, reducing site visits with 99.2% measurement accuracy.

Reduce Rework Costs

Prevent errors and minimize rework with precise integration of MEP elements, sockets, and slab heights.

3D Model With Interior Elements

Upload enhanced BIM models with interiors for seamless viewing and navigation via Observance’s platform.

Slider View Comparison

Compare scans or BIM models from different time periods using an intuitive slider tool.

Thermal Analytics

Utilize thermal texture models to detect moisture levels and proactively address potential issues.

Downloadable in
rvt
dxf
gltf
ifc
obj
ply

The Measurable 3D Model!

3D Mesh

Freely navigable, downloadable, and measurable as-built 3D model available on Observance.

2D Plan

Vectorized, scaled as-built floorplan with DXF (AutoCAD) export option.

Measurements

Supports accurate linear, angular, area, and volume measurements in imperial or metric units.

Accuracy

Observance outputs achieve 99.2% measurement accuracy.

Project Expertise

We have successfully delivered numerous projects across diverse sectors, including:

Commercial Buildings

Educational Institutions

Historic Monuments

Hotels

Resorts

Residential Complexes

Airports

Mines

Factories

Mountains

Commercial Buildings

Educational Institutions

Historic Monuments

Hotels

Resorts

Residential Complexes

Airports

Mines

Factories

Mountains

Commercial Buildings

Educational Institutions

Historic Monuments

Hotels

Resorts

Residential Complexes

Airports

Mines

Factories

Mountains

Total Scans

60 Scans last week

Scanned Area

Avg 51.2k sqft per scan

Projects Onboarded

Due: 18; OnTime: 106

Scans last week

2400 scans scheduled

POINT CLOUD

Point Cloud

REVIT

Revit Model

Application of Our Services

At the core of Retrofit, Reconstruction, and Renovation projects lies the need for precise as-built models to guide planning, estimation, and feasibility analysis. Leveraging advanced Point Cloud to BIM workflows, we deliver accuracy and efficiency tailored to your project needs.

What We Do

A point cloud represents building surfaces as data points, which we transform into detailed 3D BIM models or 2D as-built drawings. Our expertise spans laser-surveyed images and point cloud data, enabling us to support a variety of applications, including infrastructure projects like tunnels, bridges, and roads.

Levels of Documentation

Floor Plans

Exterior Elevations & Roof Plans

Section Drawings

Elevation Drawings

Site Layout Plans

Versatility and Compatibility

We develop Revit (.rvt) and CAD (.dwg) files from diverse formats such as .pcd, .ply, .rcs, .e57, and .las, compatible with leading laser scanners like Leica, Trimble, Faro, and Riegl.

BIM-Ready Models

Our BIM models are rich in architectural, structural, and MEPFP data, offering clash-free integration for seamless coordination and execution.

BIM Deviation

Deviation Analysis for Accurate Scan-to-BIM

Transform your Scan-to-BIM process with our advanced deviation analysis, designed to:

Identify discrepancies between as-built 3D models and original BIM designs.

Highlight areas needing attention due to significant deviations.

Customize deviation tolerance to meet project-specific requirements.

Analyze as-built and planned 2D plans for precise discrepancy insights.