Shihang Intelligent's ocean general-purpose foundation model "Shihang Cangqiong" passes Cyberspace Administration of China filing
The ocean general-purpose foundation model "Cangqiong CEORION," independently developed by Shihang Intelligent, has completed filing with the Cyberspace Administration of China, becoming the first ocean general-purpose foundation model. Based on the LWAM unified architecture, the model integrates multi-dimensional sensor data such as vision, acoustics, pressure, fluid, and attitude, and can support 12 major categories of underwater operations, including inspection, detection, cleaning, grasping, cutting, welding, exploration, search and rescue, emergency response, mining, operations and maintenance, and storage. The related capabilities have been implemented in fields such as ship cleaning, port dredging, aquaculture, marine engineering, and deep-sea resource exploration.
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Sina Tech News, October 28 morning news, Shihang Intelligence announced that its self-developed ocean general foundation large model "Cangqiong CEORION" has completed filing with the Cyberspace Administration of China, becoming the first ocean general foundation large model.
It is reported that the model is based on the LWAM unified architecture (Language-World-Action Model), dynamically fusing multi-dimensional sensor data such as vision, acoustics, pressure, fluid, and attitude, and can achieve the integration of semantic understanding, environmental modeling, and action generation, as well as a fully autonomous closed loop covering the entire process of underwater environmental perception, task assessment, path planning, autonomous operation, and emergency response, along with exponential general intelligence capabilities.
In terms of elastic modal perception technology, Cangqiong CEORION can automatically adjust perception channels, intelligently fusing sonar, force perception, inertial navigation, vision, and more, to achieve stable perception and operation capabilities in extreme waters with zero illumination and high turbidity. In terms of the native ocean world model, it is the first to encode complex ocean fluid dynamics and kinematic constraints into the underlying layers of the neural network, enabling precise prediction of ocean current impacts and force feedback in the ocean, and achieving active real-time adaptive control.
In terms of the connection between the model and the body and adaptation to diverse scenarios, the Shihang Cangqiong large model is based on a unified end-to-end architecture and, without switching between different models, can support 12 major categories of underwater operations, including inspection, detection, cleaning, grasping, cutting, welding, exploration, search and rescue, emergency response, mining, operation and maintenance, and storage, driving ocean intelligence from single-task execution toward general autonomous operation across multiple tasks and scenarios.
The ocean is a strategic space for high-quality development, and fields ranging from ocean engineering and ship operation and maintenance to offshore new energy and deep-sea exploration all face the challenges and historic opportunities of intelligent transformation and upgrading. At present, the relevant capabilities have been implemented in fields such as ship cleaning, port dredging and green operations, fishery aquaculture, ocean engineering and infrastructure, and deep-sea resource exploration and development, and commercial deployment and large-scale application are gradually being realized. news_keyword_pub,stock, iframe below the main text iframe below the main text General statement General statement QR code at the end start QR code at the end start
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