Recently, China Central Television (CCTV), in partnership with the Ministry of Human Resources and Social Security of the PRC, featured Seahi Robotics in an in-depth special report. This authoritative spotlight witnessed Seahi pioneering the marine robotics sector through world-leading technology, documented the emergence of newly created occupations, and highlighted Seahi's groundbreaking contributions to activating new momentum in the marine economy. Dedicated to building 0–10,000-meter marine super productivity, Seahi has emerged as a vanguard strategic technology force driving the rise of new quality productive forces under China's national "Maritime Power" strategy.  

Seahi Pioneers the Marine Embodied Robotics Track & New Occupations

As the global ocean economy accelerates its transition toward smart, low-carbon operations, traditional marine operations urgently need to overcome core pain points: low efficiency, high risk, and heavy reliance on human labor. Seahi has precisely targeted industry needs, disrupting traditional paradigms through global technology innovations to establish a brand-new marine operations track.

Accompanying this shift is the deployment of specialized, intelligence-driven occupations:Marine Embodied Robotics O&M Engineer, Underwater Intelligent Operation Planner, Cross-Scenario Technical Solutions Consultant etc. These new roles fulfill the demand for technology-enabled ocean development while injecting fresh talent into the sector. In turn, these occupations feed back into the industry, fostering a virtuous cycle: Technological Breakthrough → Track Creation → Job Creation → Industrial Upgrading. CCTV commended Seahi for enabling a historic leap from "human dependence" to "technological autonomy" in marine operations.

Full-Stack In-House R&D Constructs Core Competitive Barriers

Seahi's leadership in this new track stems from its indispensable technological superiority. Fortified by over 300 intellectual property rights, Seahi has achieved full-stack in-house development across six core systems: propulsion, control, sensing, navigation, waterproof sealing, and dynamic deployment.

To address the six major harsh marine operational bottlenecks—waves, currents, surges, high salinity, high pressure, and severe corrosion—Seahi has delivered ultimate engineering solutions: 8-Thruster Drive Architecture: Achieves 720° full-freedom maneuverability and secure attachment to ship hulls for precision operations.Heavy-Duty Propulsion System: Delivers 3x anti-current capacity and a 25x extended service life.Advanced Perception & Navigation: Features 2x visual clarity in sensing systems combined with industry-first navigation and positioning technology, ensuring stable operation even in turbid waters with visibility under 1 meter.Certified by authoritative institutions, Seahi robots operate reliably across depths from 0 to 10,000 meters in both freshwater and marine environments. Key performance indicators and cost-effectiveness far surpass global market peers.

Disruptive Operational Advantages in Hull CleaningIn vessel cleaning scenarios, Seahi robots demonstrate radical performance advantages. Take the Western Port Area of Yantai Port—a critical coastal transportation hub in China with nearly 6,000 ship calls annually and a throughput exceeding 500 million tons—where ocean-going cargo ships play a vital role.During long voyages, marine biofouling (barnacles, algae, etc.) accumulates on submerged hulls, reducing vessel speed and increasing fuel consumption. At Yantai Port alone, nearly 1,000 ocean-going vessels require hull cleaning every year.Efficiency & Speed: Seahi robots complete full-coverage, zero-dead-zone hull cleaning in under 3 hours.Pain Point Solved: Resolves the severe industry loss where "every nautical mile sailed with biofouling adds 1 ton of fuel, costing up to RMB 8,000/nautical mile."Economic & Environmental Impact: Saves clients hundreds of thousands of RMB in daily fuel costs, boosts vessel speed by 20%, and slashes carbon emissions at the source.Seahi robots also excel in extreme environments.

Furthermore, Seahi robots can effortlessly tackle even more demanding challenges. In another ocean-going cargo vessel cleaning case featured in the broadcast—involving a 400,000-ton ship nearly 400 meters in length operating under harsh conditions—traditional methods faced complex hydrologic conditions and rapidly changing, treacherous ocean currents. Conventionally, such operations required two divers working for a full week, accompanied by significant safety hazards. The deployment of Seahi robots effectively mitigates these safety risks while delivering an operational efficiency 20 times that of traditional manual labor.

On the service side, Seahi remains committed to its founding principle of "taking responsibility for every vessel," embedding customized and refined service concepts across the entire operational process: conducting deep upfront communications to tailor bespoke plans and contingencies; enabling mid-stage visual monitoring to dynamically adjust operational parameters; and delivering detailed post-operation reports while archiving data for retro-analysis. This creates a positive feedback loop of "Demand – Solution – Execution – Iteration." This full-process, closed-loop service model—combining "robotics + professional teams"—ensures that Seahi's technological edge is fully realized in practice, earning the long-term trust of global clients through proven reputation.