HANGZHOU, CN / ACCESS Newswire / January 30, 2026 / Today, embodied AI technology is rapidly permeating all industries. Leveraging its ability for real-time interaction with the environment, it efficiently completes various complex tasks, becoming a key driver in promoting intelligent transformation across sectors. Within this wave, the security industry is also undergoing profound changes. The integration of quadruped robots into industrial park security systems not only effectively extends the physical and endurance boundaries of human personnel but also systematically enhances the overall reliability of the security framework. Innovative companies represented by DEEP Robotics are seeing their quadruped robot security inspection solutions adopted by an increasing number of smart industrial parks, redefining security operation models and early-warning logic.

Executing Repetitive and High-Risk Tasks, Achieving a Leap in Efficiency

Traditional industrial park security has long relied heavily on manual patrols and fixed-point surveillance, often plagued by coverage gaps and delayed response. Especially under harsh conditions like late nights, heavy rain, or extreme cold, it is difficult for human resources to achieve sustained, comprehensive, and effective coverage. Today, with DEEP Robotics' robot dogs, these spatial and temporal limitations can be fundamentally overcome.

DEEP Robotics LYNX M20 Wheeled-Legged Robot Possesses Superior Terrain Adaptability

At an industrial park in Guangzhou, DEEP Robotics' robot dogs are efficiently patrolling at speeds of 2 m/s, steadily climbing stairs and traversing complex terrains like curbs. With IP66 waterproof and dustproof protection and a wide operating temperature range of -20°C to 55°C, they operate stably regardless of rain, wind, extreme cold, or intense heat. For narrow passages and blind spots, the LYNX M20 quadruped robot, equipped with a 360°×90° field-of-view 96-line LiDAR and its self-developed multi-sensor fusion perception system, achieves embodied navigation and autonomous obstacle avoidance in complex terrain. Furthermore, its 2.5-hour battery life is equivalent to a single patrol duration. Coupled with autonomous battery swapping, it enables continuous operation, significantly freeing up manpower and boosting personnel efficiency. By delegating repetitive, high-risk routine patrol tasks to quadruped robots, not only is human labor liberated from repetitive tasks, but security work is also propelled towards intelligence and higher efficiency, markedly improving the overall operational efficiency and response capability of the security system.

Intelligent Perception and Proactive Alerting: From Passive Recording to Active Protection

Beyond all-weather, gap-free patrols, the core value of DEEP Robotics' robot dogs lies in elevating security from post-incident investigation to mid-incident intervention and pre-incident prevention. For example, when the LYNX M20 wheeled-legged robot was autonomously patrolling an industrial park in the early morning hours, it detected an individual loitering in a restricted area. It was able to immediately lock onto the target, issue a real-time alert, and upload the information to the duty center. This not only alleviates the patrol pressure on night-shift personnel but also intelligently eliminates potential safety hazards.

DEEP Robotics Achieves Human-Robot Integrated Intelligent Patrol

This functionality relies on its dual LiDAR and SLAM technology, enabling autonomous construction of high-precision maps, planning of optimal paths, and achieving large-scale autonomous patrols with precise obstacle avoidance. It forms a human-robot collaboration with security personnel: humans focus on complex incidents and decision-making, while the robot dog handles routine patrol tasks.

LYNX M20 Wheeled-Legged Robot Intelligently Identifies Illegally Parked Vehicles

Moreover, within the industrial park, the LYNX M20 wheeled-legged robot not only undertakes patrol duties but also issues warnings and reminders for non-compliant behaviors. Utilizing its multimodal perception system and AI algorithms, the LYNX M20 can identify non-compliant behaviors such as illegally parked vehicles or smoking in real-time. Upon detecting anomalies, live footage and alert information are efficiently transmitted back to the command center, and its onboard voice system delivers on-site warnings, achieving efficient management from "detection" to "response."

LYNX M20 Wheeled-Legged Robot Accurately Detects and Identifies Non-compliant Behavior

Conclusion:

The emergence of DEEP Robotics' quadruped robot security inspection solution is driving security patrols to evolve from "human defense + technical defense" towards "intelligent defense." It further enhances patrol coverage and response efficiency and, through intelligent early warning, reduces the incidence of safety incidents. As a leader in industry application, DEEP Robotics' robot dogs have been successfully deployed in scenarios such as the Yiwu Commodity Market, Xixi Wetland, and overseas logistics parks, becoming a reliable standard component of security setups. In the future, DEEP Robotics will further integrate the compatibility of its robot dogs with existing security systems, shaping a more intelligent, proactive, and collaborative new security ecosystem, continuously redefining the boundaries and scope of security protection.

Company: DEEP Robotics
Contact: Vera Huang
Email: [email protected]
Website: https://www.deeprobotics.cn/en

SOURCE: DEEP Robotics



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