shark 4

High-resolution visual inspection system designed to capture detailed 360° imagery of internal infrastructure conditions in real time.

Capabilities:

• Detect surface defects such as cracks, corrosion, and coating degradation
• Identify weld conditions and structural anomalies
• Provide contextual visual evidence for all detected issues
• Enable remote inspection in confined or submerged environments

Output:

• High-resolution video recordings
• Image snapshots linked to inspection segments
• Annotated visual reports
• Time-synchronized inspection footage

Non-destructive ultrasonic testing technology used to measure wall thickness and detect internal defects with high accuracy.

Capabilities:

• Measure residual wall thickness
• Detect corrosion, erosion, and material loss
• Identify internal defects not visible externally
• Provide quantitative and repeatable measurements over time

Output:

• Thickness measurements (mm)
• A-scan signals and raw ultrasonic data
• Corrosion mapping and defect localization
• Time-based degradation analysis

Acoustic imaging system designed to map geometry and detect objects in low-visibility or fully submerged environments.

Capabilities:

• Reconstruct internal geometry in turbid or dark conditions
• Detect sediment accumulation and debris
• Identify structural anomalies and blockages
• Operate independently of visibility conditions

Output:

• 2D sonar scans (cross-sectional profiles)
• 3D point cloud reconstruction
• Sediment and obstruction mapping
• Time-sequenced scan data

High-precision laser scanning technology used to reconstruct the geometry of infrastructures.

Capabilities:

• Detect structural deformation
• Identify ovalization and misalignment
• Measure sedimentation and deposits
• Generate high-density 3D models

Output:

• 3D point cloud
• Digital twin model
• Time-based comparison

Acoustic sensing technology used to capture and analyze sound signatures within pipelines and hydraulic systems.

Capabilities:

• Detect leaks and fluid escape through acoustic signatures
• Identify abnormal flow conditions and turbulence
• Monitor structural vibrations and anomalies
• Enable early detection of hidden failures

Output:

• Acoustic signal recordings
• Frequency spectrum analysis
• Leak detection indicators
• Time-based acoustic monitoring data

Subsurface scanning technology used to detect hidden features and structural anomalies beyond the visible surface.

Capabilities:

• Detect voids, cavities, and hidden defects
• Identify buried structures or layers
• Analyze material discontinuities
• Support structural integrity assessments beyond surface level

Output:

• Subsurface radar profiles
• Layered structural imaging
• Anomaly detection maps
• Interpreted diagnostic reports