WHAT CAN BE DETECTED?

1

/5

Corrosion

DETECT

2

/5

Coating

Breakdown

DETECT

3

/5

Structure Cracks

DETECT

HOW IT WORKS

Step 1

3D MAPPING

Create a 3D map of a site (interior and exterior)

Step 2

IMAGE/VIDEO ACQUISITION

AND LOCALIZATION

Use UAVs, ROVs or other remotely controlled or autonomous unmanned vehicles inspect the site, collect and localize the media on a 3d map

Step 3

IMAGE/VIDEO ENHANCEMENT

Using specific AI/ML models to enhance images (Reducing blurriness, improving lighting, etc.)

Step 4

IMAGE/VIDEO ANALYSIS

Use ML models for identification (detection, segmentation, etc.) of structural elements and defects. Connect the results of structural and defects analysis to derive the condition for each structural element’s class

Step 5

RESULTS AGGREGATION

Aggregate multiple predictions to derive the coating condition for each unit and the site overall

Step 6

PREDICTIVE MODELING

AND MAINTENANCE

Collect the results in a time series manner to see degradation patterns and predict the future states for each area, unit and the site. Use those predictions to plan repairments way in advance.

BUSINESS VALUE

1

2

Change your path from reactive inspection and maintenance into proactive corrosion management.

Reduce the cost of corrosion management while increasing asset lifetime and productivity.

3

4

Using robotics, computer vision and advanced analytics predict risks and accurately plan inspections.

Combine cutting-edge technologies with leading maintenance strategies and achieve smarter, safer inspections.

USE CASES

Visual Inspection is an essential component of asset management in different industries, including:

OIL AND GAS

RENEWABLES

CHEMICAL PLANTS

CIVIL CONSTRUCTION

WANT TO KNOW MORE?

Read recently published White Paper