沙利文发布《2026年全球海洋物理AI市场白皮书》
Frost & Sullivan Releases the " 2026 White Paper on the Global Marine Physical AI Market"
海洋覆盖地球表面逾70%，是全球贸易、能源开发、跨洋通信、食物供给和生态系统运行的重要载体。然而，受通信受限、能见度低、环境压力大及海况复杂等因素影响，海洋长期以来仍是数字化和智能化程度较低的物理空间。随着人工智能与海洋装备加速融合，智能船舶、无人水面艇、AUV、ROV及水下作业机器人正逐步从依赖人工操控的单一设备，转变为能够理解环境、规划任务并自主执行作业的智能体，海洋作业模式也由单机运行向远程运营、持续作业和跨平台协同发展。
目前，海洋物理AI已从早期的航行辅助、测绘和巡检，逐步进入海上能源、水下工程、海洋科学、渔业养殖、港口物流和海事安全等场景。围绕这些应用，市场正在形成涵盖智能装备、关键部件、控制系统、任务软件、数据服务和运营平台的完整体系。未来，随着自主能力进一步提升、单位任务成本持续下降，以及商业模式和监管体系逐步成熟，海洋物理AI将成为提升海洋作业效率、扩大人类海洋活动范围并推动海洋经济增长的重要基础设施。
The ocean covers more than 70% of the Earth’s surface and underpins global trade, energy development, intercontinental communications, food supply and the functioning of ecosystems. Due to limited connectivity, poor visibility, high pressure and harsh sea conditions, it remains one of the least digitalized and automated physical environments. As AI becomes more deeply integrated into marine equipment, smart ships, unmanned surface vessels, AUVs, ROVs and subsea robots are evolving from remotely controlled machines into autonomous systems that can understand their surroundings, plan missions and carry out physical tasks. Marine operations are therefore shifting from standalone equipment and manual control towards remote operation, persistent deployment and coordination across multiple platforms.
Marine physical AI is also expanding beyond navigation support, surveying and inspection into offshore energy, subsea engineering, marine science, aquaculture, port logistics and maritime safety. This growth is creating a broader market that includes intelligent equipment, enabling components, control systems, mission software, data services and operating platforms. As autonomy improves, task costs decline and commercial and regulatory frameworks mature, marine physical AI is expected to become an important foundation for more efficient ocean operations, wider access to offshore and deep-sea environments, and further growth in the global ocean economy.
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