The global robotics market is expected to reach between $160 to $260 billion by 2030, with significant growth in professional services robots, particularly those used in underwater inspection and rescue operations. Advancements in AI technologies allow real-time and post-processing of extensive data during underwater tasks, improving safety and operational speed. Hydroacoustic communication enables effective surveying of aquatic environments, greatly reducing the need for divers and ROV pilots. This market expansion underscored the potential for innovation in engineering, AI, and automation, particularly in the underwater robotics sector.
The global robotics market is projected to reach $160-260 billion by 2030, with significant growth in professional services robots, especially underwater solutions for inspection and rescue.
Advancements in AI technologies enable real-time processing of vast data collected during underwater operations, enhancing both safety and efficiency.
Underwater robotics minimizes the need for diver involvement and streamlines operations through hydroacoustic communication technologies.
The increasing capabilities of underwater robots present promising opportunities at the nexus of engineering, artificial intelligence, and automation.
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