Zhongyun Technology leverages fully autonomous AI technology to set a new benchmark for "zero-human-maintenance" in industrial operations and maintenance.

When industrial equipment maintenance still relies on the "experience" and "footsteps" of manual inspections, Wuhan Zhongyun Kangchong Technology Co., Ltd. (referred to as "Zhongyun Technology") has achieved a critical breakthrough through its deeply self-developed AI technology— The product requires no manual supervision throughout its entire lifecycle. AI can fully replace human operators to handle the entire operations and maintenance process, injecting new momentum into industrial production by reducing costs, improving efficiency, and enhancing safety.

At the Zhongyun Technology technical demonstration site, the "Industrial Equipment AI-Driven Comprehensive Maintenance System" independently performs equipment health management: Built-in multi-dimensional industrial sensing sensors continuously capture dozens of "health indicators," including vibration and temperature, without the need for manual calibration or filtering. The system automatically identifies valid signals and transmits them to the self-developed "IEPlat Tengyun - Intelligent Maintenance" central platform. On this platform, AI transforms the data into visualized health curves and early warning labels. When equipment anomalies occur, the system can pinpoint faults, assess risks, and generate actionable solutions within 0.5 seconds. In cases of critical emergencies, it even activates linked execution modules to initiate protective measures—entirely without human intervention.

"Previously, even experienced operations engineers might miss potential risks while checking an average of 50 devices per day. Now, our AI solution can manage over 7,000 devices simultaneously, providing round-the-clock protection—365 days a year—and its accuracy continues to improve as it accumulates more data," said the technical head of Zhongyun Technology. "This 'zero-human-maintenance' approach not only addresses the longstanding pain points of traditional operations but also frees up human resources, allowing them to focus instead on driving technological innovation and development."

Industrial scenarios, once characterized by their complexity, had posed a significant challenge to AI replacing human labor. However, Zhongyun Technology has successfully addressed this issue through its "industry-specific AI model training" approach, enabling solutions to seamlessly adapt across multiple domains. In the new energy wind power sector, traditional methods required manual inspections involving climbing hundreds-of-meter-tall tower structures. By integrating Zhongyun's AI solution, data collected from internal sensors within wind turbines is analyzed in real time, allowing AI to predict potential hazards up to 120 hours in advance. As a result, maintenance personnel now only need to replace components as prompted by the system, significantly streamlining operations. In the chemical industry, AI monitors critical data from reactors and pipelines, identifying risks and automatically triggering system adjustments to optimize parameters. This innovative approach has already been implemented at 15 leading enterprises, reducing operational and maintenance costs for human staff by as much as 92%. Moreover, the system boasts an impressive false alarm rate of less than 0.08%, ensuring both efficiency and reliability.

The core strength of Zhongyun Technology lies in its "three-layer fully autonomous AI technology architecture."

The underlying multimodal perception AI supports the collection of 15 types of data and autonomously adapts to various scenarios.

The mid-level fault reasoning large model is trained on over 6,000 cases and 1.2 billion data points, enabling it to identify new types of faults.

Top-level decision-making AI can autonomously generate execution and operation & maintenance actions, such as automatically coordinating machine tool and cutter replacements in an automotive workshop.

Additionally, the "AI Remote Iteration Platform" enables autonomous optimization of the system in the cloud, eliminating the need for manual upgrades.

"Our core advantage lies in enabling AI to operate independently and efficiently. When customers choose us, they are opting for a level of continuous, precise, and secure service that surpasses what human operators can achieve. " said the General Manager of Zhongyun Technology. Looking ahead, Zhongyun Technology will deepen its focus on industrial AI, driving the adoption of "zero-human-maintenance" solutions across an even broader range of scenarios. This initiative aims to help industries worldwide break free from their reliance on manual operations and maintenance, ultimately redefining industry standards with Chinese AI."