Condition Survey & Analysis

Comprehensive assessment and documentation of existing asset conditions using advanced spatial technologies and engineering analysis workflows.

Adopted Technologies

Our workflows combine reality capture technologies with engineering inspection methodologies to help stakeholders evaluate asset conditions, identify defects, support maintenance planning, and reduce operational risk.

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Crack & Deformation Detection

Workflows used to evaluate crack progression, structural displacement, settlement, deflection, and long-term movement behavior of buildings and infrastructure assets.

LiDAR-Based Deformation Analysis

High-density spatial comparison workflows used to identify settlement, geometric displacement, structural movement, and progressive deformation over time.

Laser Scanning

High-accuracy spatial documentation used to assess structural conditions, detect deformations, analyze geometric irregularities, and create precise records of existing asset conditions.

High-Resolution Imaging

Detailed visual inspection method used to identify cracks, corrosion, surface deterioration, material damage, leakage indicators, and visible asset deficiencies.

2D & 3D Digitization

Digital documentation workflows used to convert existing asset conditions into structured visual and engineering references supporting assessment and rehabilitation activities.

BIM-Based Analysis Integration

Integration of inspection findings and condition assessment data into BIM environments to support engineering analysis, maintenance planning, and lifecycle management.

Assessment Cases

Our condition survey workflows assess a wide range of structural, architectural, material, and operational conditions to help stakeholders identify defects, understand asset health, evaluate risks, and support maintenance, rehabilitation, and long-term asset management decisions.