profession

KiloX's Solutions

✔ Achieve full-scene coverage by relying on multi-form terminals (robots, cameras, sensors), and complete defect identification and risk warning by combining intelligent algorithm models.

✔ A 3D visualization platform for utility tunnels is built using digital twin technology, which synchronously maps the physical status and supports dynamic management and decision optimization.

✔ The security patrol system acts as the central hub, constructing a closed loop of "perception - decision-making - execution - optimization" to intelligently schedule multi-mode robots. This solution integrates robot collaborative operation, intelligent data processing, and digital twin simulation, significantly reducing reliance on manual labor and operation and maintenance costs, providing a benchmark example for the intelligent operation and maintenance of urban underground infrastructure.

Equipment Status and Environmental Monitoring

Equipped with radar, high-definition cameras, infrared thermal imagers, gas sensors, and temperature sensors, the robot performs fully automated inspections without human intervention.

Equipment Status Monitoring

Monitoring of equipment such as cable trays, cables, valves, fire protection facilities, and indicator lights.

Environmental Monitoring

Collect and monitor environmental conditions such as water accumulation, gas, and sound within the utility tunnel.

Personnel Monitoring

AI visual recognition technology is used to detect whether employees are operating in accordance with safe operating procedures, such as whether they are operating equipment in violation of regulations or smoking in non-smoking areas, and to promptly remind or alert staff.

Personnel behavior monitoring

Detection is conducted on personnel's work processes, work behaviors, and abnormal behavior.

Personnel Safety Detection

Testing was conducted on safety measures for personnel climbing heights, including the wearing of safety helmets and work clothes.

Application Cases

An underground utility tunnel, approximately 75 kilometers long, is divided into five compartments and contains vital urban pipelines and cables for electricity, water, telecommunications, and gas, posing high safety requirements. Robots need to perform multiple tasks within the tunnel, including: indicator light recognition, meter reading, equipment and facility integrity monitoring, water leakage and accumulation detection, structural crack and settlement monitoring, and ensuring personnel are wearing safety helmets.

This project delivered a total of FIVE D21 outdoor inspection robots. Using KiloX-developed equipment and platforms, the robots scanned maps and completely reconstructed the internal environment of the entire utility tunnel. After the robots went online, no human intervention was required throughout the entire process.