The rise of intelligent manufacturing and AI technologies is reshaping industrial operations. Manual inspection—once a standard practice—now struggles with increasing risks, growing workloads, and the need for real-time data. Intelligent inspection robots have thus become essential for industries seeking higher safety, lower operational cost, and improved efficiency.

NORCO has launched a comprehensive solution built around the BIS-6670L modular AI computer, providing strong computing support for robot perception, analysis, and decision-making.

01. Why Intelligent Inspection Robots Are Becoming Essential

High-Risk Environments

Power stations, chemical plants, and mining sites expose human workers to electric hazards, gas leaks, or extreme temperatures.

Rising Labor Costs

Continuous 24/7 inspection is expensive and often impractical using manpower alone.

Demand for Real-time Data and Analysis

Modern operations depend on instant insights—something robots equipped with edge AI can deliver.

Need for Standardization

Robots perform inspection with consistent precision, reducing human error.

02. NORCO’s Intelligent Inspection Robot Solution

NORCO’s solution provides:

• High-performance embedded AI computing

• Multi-sensor fusion capability

• Robust communication and storage support

• Industrial-grade protection

• Modular design for flexible deployment

At the heart of this architecture lies the BIS-6670L, engineered to handle heavy workloads in challenging industrial settings.

03. BIS-6670L: The Core Embedded AI Platform Behind Modern Inspection Robots

(1) AI Performance for Real-time On-site Analytics

The Alder Lake-N CPU delivers efficient computing for defect detection, temperature analysis, image recognition, and environmental data interpretation.

(2) Extensive Interface Options

BIS-6670L supports a wide range of peripherals:

• HD cameras

• Thermal imaging modules

• Gas sensors

• Lidar

• Motor controllers

All enabled through Ethernet, USB, serial ports, GPIO, CAN, and M.2 expansion.

(3) Industrial-grade Reliability

The system maintains stable operation under:

• -20°C to 70°C

• Dust, moisture, and vibration

• Strong electromagnetic interference

• Continuous long-term operation

(4) Compact Design for Robotic Integration

The small form factor allows seamless installation inside robot chassis.

04. Real-world Use Cases

Power Substations

Robots perform meter reading, hot-spot detection, thermal analysis, and nighttime patrolling with real-time reporting.

Petrochemical Plants

Robots identify gas leaks, monitor pipelines, and detect abnormal temperatures in explosive or corrosive atmospheres.

Smart Factories

Robots scan machinery conditions, detect vibrations and anomalies, and assist with automated O&M cycles.

Mining Environments

Robots identify underground hazards, monitor air quality, detect cracks, and capture thermal anomalies.

05. Conclusion

NORCO’s BIS-6670L provides the essential computing backbone for intelligent inspection robots. As industrial digitalization accelerates, the BIS-6670L will play a crucial role in creating safer, more efficient, and more intelligent maintenance systems.