Advanced Facade Detection
Raspect AI uses cutting-edge artificial intelligence to detect facade problems such as cracks, spalling, corrosion, and water damage. It delivers precise location mapping and severity assessments, enabling efficient maintenance planning and enhanced building safety.
Identifying Common Facade Defects
Cracks
Fractures that compromise structural integrity and allow moisture ingress.
Spalling
Chipping of concrete or masonry surface due to freeze-thaw or corrosion.
Corrosion
Rusting of embedded steel reinforcement weakening the structure.
Water Damage
Stains, efflorescence, and material degradation from trapped moisture.
How AI Pinpoints Issue Location and Severity
Location Mapping
Uses high-resolution imaging combined with GPS and sensor data to mark exact defect spots.
Severity Assessment
AI algorithms evaluate crack width, spalling depth, corrosion extent, and moisture level to prioritize repairs.
Visual Reporting for Efficient Maintenance Decisions
Annotated Visuals
Images highlighting defects with clear labels and measurements.
Comprehensive Reports
Summary of findings with recommendations and risk evaluation.
Data Accessibility
Reports available in digital formats for easy sharing and collaboration.
Benefits of Using Our AI Technology
Accurate Detection
Time Efficiency
Data-driven Decisions
Maintenance Prioritization
HOW WE WORK ?
High accuracy
AI-assisted defect localization on the video-based reconstruction of facade vertical panoramic columns of a building elevation.
ai pre-screening irregularities
Al-powered irregularities detection! for inspection prescreening. Users can modify irregularities by the given annotation tool.
one-click report generation
With a single click, all uploaded data will be formatted into a Microsoft Word file for offline report management or further project-basedcustomization.
Automatic ai
Our Al would take care of the face blurring within the uploading process, you will never have to worry about privacy issues.
visual and thermal image compare
Make annotation on captured images and compare with thermal image easily.