On December 27, 2025, the Urban High-Quality Development and International Cooperation Conference was held in Shenzhen. With the theme of intelligent connection and a new urban journey, it gathered government representatives, experts and industry leaders. Yuejia Lingdong demonstrated robot dog mobility and CEO Liu Liang shared the company’s deep practices in power, energy and emergency scenarios.
▲ Conference Site
Dynamic Performance Shows the Beauty of Technology Collaboration
Demonstrating Frontier Capabilities of Embodied Intelligence
Before the roundtable, the Yuejia Lingdong team staged a dynamic quadruped robot performance combining technology, coordination and entertainment. The robot dogs moved, turned, adjusted posture and crossed simulated obstacles in sync with music, showing maturity in command parsing, real-time perception and multi-agent control.
The performance enlivened the venue and intuitively showed government representatives and enterprise guests the potential of embodied intelligence for autonomous work and collaborative execution in unstructured environments.
▲ Robot Dog Performance
Breaking Operational Limits in Complex Environments
Redefining the Meaning of Machines Replacing Humans
In the roundtable titled scenario-driven ecosystem collaboration, Liu Liang said the company’s understanding of empowerment has moved beyond concepts into solving real problems and creating real value, with the core being to break operational limits in complex unstructured environments.
▲ Yuejia Lingdong CEO Liu Liang
Using power-system inspection as an example, she analyzed the high risk, low efficiency and data silos of traditional manual inspection. By deploying AI quadruped robots with all-terrain mobility, workers can shift from frontline operators to rear command and data analysts, improving safety through human-machine collaboration.
Liu Liang further explained that quadruped robots bring not only automation, but cognitive intelligence. With onboard AI algorithms, robots can identify equipment status, locate hot spots and analyze abnormal acoustic patterns while moving, turning monthly snapshot inspections into high-frequency continuous perception.
In this process, robots continuously generate structured multimodal data and build full-lifecycle health profiles for equipment. Based on the data, the backend AI platform can dynamically evaluate equipment status and predict faults, moving O&M from scheduled maintenance to predictive maintenance.
Expanding from Power to Multiple Industries
Building City-Level Robot Solutions for High-Risk Operations
Yuejia Lingdong has expanded its proven robot plus AI plus platform model from power inspection to oil and gas chemicals, emergency rescue and public safety. In complex high-risk scenarios, quadruped robots are replacing manual work for gas detection, disaster reconnaissance and security patrols.
Liu Liang emphasized that quadruped robots unlock the ability to perform continuous, intelligent and digital operations in complex, unstructured and high-risk physical spaces. They extend human limbs and senses, and reshape risk distribution, data flows and value creation by embedding industry knowledge and multimodal perception.
In the future, Yuejia Lingdong will continue focusing on deep integration of technology and scenarios, working with more cities and industry partners to scale embodied intelligence in key fields and build a solid, intelligent and reliable technology foundation for urban development.
