SINOROCK Makes Its Debut at the “Wuchuanghui” Huangpi Science and Innovation Matchmaking Conference, Leveraging Intelligent Testing Technologies to Accelerate the Commercialization of Research Outcomes

Recently, 2026 “Wuchuanghui” Series of Activities for the Commercialization of Scientific and Technological Achievements in Huangpi District It was held in Huangpi District, Wuhan City. As an important supporting unit for the industrialization of the Wuhan Institute of Rock and Soil Mechanics, Chinese Academy of Sciences, Wuhan Sinorock Technology Co., Ltd. Deeply engaged in this event, the company delivered a specialized technical presentation on intelligent engineering inspection, showcasing its latest achievements and practical applications in the fields of engineering inspection and smart operations and maintenance.

 

I. Focusing on Intelligent Engineering Inspection and Demonstrating Technology Transfer Capabilities

During the results-matching and pitch session, Liu Shaoping, Senior Product Manager at Sinorock Technology, delivered a presentation titled “Innovation in Intelligent Engineering Inspection Technologies and Their Practical Application in Industry,” systematically outlining the company’s technological roadmap and industrialization progress in the field of intelligent engineering inspection. 

The presentation, set against the backdrop of industry trends such as “urban lifeline safety,” “urban renewal,” and “integrated online governance,” highlights that engineering inspection is accelerating its transformation from traditional manual methods toward digitalization, intelligentization, and systematization, with the core objective being the establishment of a comprehensive technological closed loop encompassing “sensing—identification—early warning—management.”

 

 

II. Three Major Core Achievements: Driving the Transition from Laboratory Research to Engineering Applications

This presentation highlights three key technological achievements of Sinorock that have already been successfully translated into engineering applications:

 

1. Intelligent Inspection Technology for Underground Spaces

Centering on underground spaces such as tunnels and utility tunnels, Sinorock has established an intelligent inspection system centered on inspection robots, achieving:

· Multi-sensor fusion (visible light + infrared + environmental monitoring)

· AI anomaly detection and millisecond-level alerts

· 24/7 unmanned inspection

This technology has already been implemented in real-world engineering applications. Long-term stable operation verification (over 5,000 hours) Furthermore, its routine deployment across multiple projects marks a shift in underground space operations and maintenance from “human-driven” to “intelligent collaborative” management.

 

2. Non-Contact Bridge Deflection Measurement Technology

To address the low efficiency and high risks associated with traditional bridge deformation measurement, Sinorock has leveraged digital image correlation (DIC) technology to develop a non-contact deflection measurement solution that achieves:

· No target placement required; rapid deployment

· Millimeter-level precision control at the 100-meter scale

· Multi-point synchronous, integrated dynamic and static monitoring

This technology effectively reduces the risks associated with high-altitude operations, significantly enhances bridge inspection efficiency and data reliability, and is now ready for widespread engineering application.

 

 

3. High-sediment-accumulation, high-water-level environmental monitoring technology

In response to complex operating conditions such as severe sedimentation and high water levels, Sinorock has innovatively developed a full-terrain inspection technology system by:

· Special propulsion structure design

· Multi-source data fusion detection

· Ability to operate stably in complex environments

It breaks through the limitations of traditional equipment in harsh environments, expanding the scope of engineering inspection to underwater, muddy, and extreme scenarios.

 

III. Building a “Equipment + Platform + Services” Technological System

In his report, Liu Shaoping pointed out that the aforementioned three technologies do not exist in isolation; rather, they collectively constitute Sinorock’s offering for the engineering sector. Intelligent Inspection Comprehensive Solution Framework:

· Front end: Intelligent equipment (robots/inspection equipment)

· Mid-range: Multi-source data fusion and AI recognition algorithms

· Backend: Platform-based Management and Risk Early Warning System

This system has already completed the transition from Core Algorithm → Engineering Validation → System Platform → Scenario Deployment The entire value chain has been seamlessly integrated, enabling scalable deployment.

 

 

IV. Deepening Industry-Research Collaboration and Promoting the Commercialization of Scientific and Technological Achievements

Leveraging the research foundation of the Wuhan Institute of Rock and Soil Mechanics, Chinese Academy of Sciences, Sinorock has continuously advanced the industrial application of its research achievements. Through collaborative partnerships with local governments, universities, and enterprises, the company is accelerating the transition of technologies from the laboratory to real-world engineering sites.

This “Wuchuanghui” event not only provided a platform for technology showcase, but also further strengthened Sinorock ’s Engineering Intelligent Inspection and Urban Lifeline Safety industry influence.

Looking ahead, Sinorock will remain steadfastly focused on the fields of engineering inspection and intelligent operations and maintenance, driven by technological innovation and guided by practical application scenarios. The company is committed to translating more research achievements into engineered and industrialized applications, thereby providing robust support for the safety and high-quality development of urban infrastructure.