mazdek
Quality Assurance • Physical AI & Robotics

Autonomous Inspection System

AI-controlled autonomous inspection of facilities, infrastructure, and products with drones and robots — including automatic damage detection and maintenance recommendations.

80% faster inspection cycles
Computer Vision NDT Predictive Maintenance Autonomous Systems

80%

Faster Inspection

99.2%

Detection Rate

-95%

Personnel in Hazard Zones

3D

Digital Asset Twin

About this Solution

How does the Autonomous Inspection System work?

The Autonomous Inspection System combines advanced computer vision with mobile robots and drones for comprehensive inspection tasks. It replaces dangerous or time-consuming manual inspections with precise, repeatable autonomous checks.

The agent plans inspection routes, controls the robots or drones, analyzes image and sensor data in real-time, and identifies anomalies such as cracks, corrosion, wear, or leaks. All findings are automatically documented and categorized.

Through machine learning, detection accuracy continuously improves. The agent learns to distinguish between harmless surface changes and critical defects, prioritizing maintenance recommendations by urgency.

Features

What this Agent Can Do

Multi-Sensor Fusion

Combination of optical cameras, thermal imaging, ultrasound, and LIDAR for comprehensive defect detection.

Automatic Damage Detection

AI-based identification of cracks, corrosion, deposits, and structural anomalies.

Autonomous Navigation

Self-directed route planning and obstacle avoidance in complex industrial environments.

Digital Documentation

Automatic creation of inspection reports with georeferenced images and trend analyses.

Examples

How it Works in Practice

1

Wind Turbine

"Annual inspection of 50 wind turbines with 3 rotor blades each at 60m length."

Drone inspects one turbine in 45 minutes instead of 8 hours with rope access. Agent detects 3 hairline cracks and prioritizes repair.

2

Refinery Plant

"Inspection of 200km of pipelines and 50 tanks for corrosion and leaks."

Ground robot with thermal imaging identifies 12 hotspots indicating insulation damage — invisible to the human eye.

3

Bridge Inspection

"Structural assessment of a 200m highway bridge without traffic closure."

Drone creates 3D model of entire structure, agent compares with previous year inspection and documents changes in concrete surfaces.

FAQ

Frequently Asked Questions

What types of defects can be detected?
The system detects a wide range of defects: cracks (from 0.1mm width), corrosion, spalling, deformation, leaks, overheating, deposits, and structural anomalies. Detection capabilities can be expanded through training with customer-specific data.
How does inspection work in explosive areas?
For ATEX zones, we deploy certified explosion-proof robots and drones. All sensors and communication modules meet required protection classes. Route planning automatically considers zone boundaries and safety distances.
Can inspection data be integrated with existing systems?
Yes, all data is exported in standard formats and can be integrated with CMMS systems (SAP PM, Maximo, etc.), GIS platforms, and digital twins. APIs enable real-time synchronization.
How are inspection results prioritized?
The agent classifies each finding by severity (critical/medium/low) and estimated remaining life. Critical findings trigger immediate alerts, while medium findings are included in the next scheduled maintenance.

Interested in this Solution?

Let us discuss how the Autonomous Inspection System can make your facilities safer.

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