data-driven microscopic analysis detects defects at 0.1mm resolution. Your quality inspector never blinks, never tires, never misses.
Real production lines. Real defects. Millions saved by remote detection before products shipped.
0.08mm stress fracture detected in load-bearing beam
operator microscopy identified micro-crack pattern before coating
Beam rejected, structural failure risk eliminated
Sub-surface paint bubble detected on door panel
Multi-spectrum analysis revealed hidden delamination
Panel reworked before assembly, warranty claim avoided
Incomplete fusion in critical pipeline weld
pilot detected porosity pattern invisible to X-ray alone
Weld repaired, pipeline integrity preserved
0.15mm solder bridge between circuit traces
High-magnification scan caught short circuit risk
PCB reworked, device failure prevented
Receive instant push notifications when defects are detected. Our system sends real-time alerts to your QA team with exact location, measurements, and severity classification.
See the true cost of undetected defects and the ROI of data-driven quality inspection.
Every metric represents products protected. Every percentage is a recall prevented.
Real-time visibility into every inspection point. Total control over defect detection.
Scratches, dents, pitting, and corrosion detection across all material types
Bubbles, delamination, thickness variation, and color mismatch identification
Cracks, voids, inclusions, and weld defects at microscopic level
Missing parts, misalignment, wrong components, and orientation errors
Every defect that escapes is a recall waiting to happen. Get data-driven microscopic detection that sees what humans cannot.
Properly-tuned models achieve 88–94% precision/recall on common defect classes (cracks, spalling, misalignment, surface defects). Accuracy depends on training data quality and camera resolution — minimum 4K imagery at <30m distance is required for sub-millimeter defect detection. ViewKeeper fine-tunes per-project to sustain >90% accuracy.
Yes, with high-resolution close-range imagery (sub-mm GSD). A 4K camera at 5m distance resolves cracks down to 0.3mm. Sub-mm crack detection requires dedicated close-range inspection flights rather than wide-area mapping. We recommend combining both: wide-area weekly + targeted close-range on flagged zones.
Defects are exported as structured records (class, severity, GPS, photo, timestamp) into your BIM model (via IFC), QA app (Procore, Fieldwire, PlanRadar), or our dashboard. Each defect has a unique ID, status (open/in-progress/closed), and audit trail — closing the loop with QA sign-off.
RGB high-resolution (≥4K) for visible defects, thermal for subsurface moisture/delamination, and LiDAR for 3D surface geometry. Most construction deployments use RGB + thermal combination. Specialized inspection (e.g., weld defects) may require close-range photogrammetry rigs.
Yes. We fine-tune the base model with your historical defect data (50–500 labeled images per class) to recognize project-specific terminology and standards (e.g., Saudi Building Code classifications). This typically lifts accuracy 8–15 percentage points vs. the generic model.