Covered by Sichuan News Network|Jiuzhou Soft‑Intelligence Industry’s Self‑Developed Robotic Dog

Publish Time:2025-09-08 15:32:50

On September 8, the program Sichuan News Broadcast of Sichuan Satellite TV reported on the self‑developed robotic dog of Jiuzhou Soft‑Intelligence Industry under the headline Developing the Main and Minor Brains for Embodied‑Intelligence to Strengthen the Industrial Chain of the Artificial‑Intelligence Sector.
Let’s take a look.

On September 5, President Xi Jinping sent a congratulatory‑letter to the 2025 World Intelligent‑Industry Expo. He pointed out, “At present, artificial‑intelligence technologies are undergoing accelerated iteration and evolution, profoundly transforming how humankind works and lives and reshaping the global industrial landscape.” Seizing such opportunities, innovation‑driven entities across our province tackle key core‑technology research, develop the "main brain" and "minor brain" for embodied intelligence, and vigorously advance the No.1 Innovation Project for artificial intelligence.

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Embodied intelligence mainly covers three fields: robot body, cerebellum‑level control and cerebrum‑level intelligence. In recent days, Jiuzhou Software, which focuses on the development of the intelligent main‑brain system, has developed a robotic dog capable of autonomous perception and assisted decision‑making. It is applicable to multiple scenarios such as public‑security patrol, industrial inspection and emergency rescue.

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Song Xiaochen, Deputy General Manager of Sichuan Jiuzhou Software Co., Ltd.: Equipped with this LiDAR, our robotic dog can complete autonomous mapping and precise navigation, enabling autonomous movement with decimetre‑level positioning accuracy. A computing power of 275 TOPS is built inside the module, which supports front‑end computation and edge‑side analysis for on‑site videos captured by the robotic dog.
Reporter Bi Yuan: What does 275 TOPS stand for?
Song Xiaochen, Deputy General Manager of Sichuan Jiuzhou Software Co., Ltd.: Its computing power is comparable to that of L2‑level automobile driving‑assist systems.
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Supported by computing power and edge‑computing technology, the robotic dog is able to autonomously detect water seepage, liquid leakage, abnormal temperature and other faults during industrial inspections, as well as actively avoid obstacles.

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Reporter Bi Yuan: Let us test the automatic obstacle‑avoidance capability of this intelligent robotic dog. We are now simulating a security‑patrol scenario at 4 kilometres per hour, the normal walking speed of an adult. Now I suddenly step in its path and let us observe its response. Look, it has identified me accurately and halted right away, a function made possible by its built‑in edge‑computing capacity.

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Then how does the robotic dog receive assignments? A core engine is required for this purpose. The self‑developed Jiuzhang Intelligent‑Control Platform of the enterprise embeds a multimodal large‑scale model. With semantic comprehension and visual analysis, it evaluates first‑hand data gathered by robotic dogs and subsequently issues task instructions.
Song Xiaochen, Deputy General Manager of Sichuan Jiuzhou Software Co., Ltd.: Our system supports cluster‑based control, batch operation and task coordination for robotic dogs. The robots can perform the duties of scouts, firefighters and inspection staff. In the future, we will expand more industrial‑sector applications, accumulate abundant industry‑specific data and act as a vocational‑training institute for robotic dogs.
Source: Sichuan Observer