Recently, Suzhou's New Industrialization Promotion Conference and "AI + Manufacturing" Innovative Development Summit convened grandly! At the conference, three "100 Lists" for "AI + Manufacturing"—covering Industrial Vertical Large Models, High-Quality Industrial Datasets, and Typical AI Application Scenarios—were officially unveiled, sounding the battle cry for Suzhou's manufacturing sector to leap toward high-end, intelligent operations. In this regional centerpiece of national industrial upgrading, Seahi stood out with its hard-tech strength, successfully earning dual inclusions in both the Top 100 High-Quality Datasets List and the Top 100 Typical AI Application Scenarios List, emerging as a highly watched innovative force in Suzhou's "AI + Manufacturing" wave.

Dual Inclusion: Standing Out with Hard-Tech Capabilities

Selected for the Top 100 Typical AI Application Scenarios List

Seahi's "AI-Adaptive Hull Cleaning Robotic Swarm Deployment Scenario" was officially named to Suzhou's Top 100 Typical Application Scenarios for AI-Empowered New Industrialization. Integrating AI computer vision, autonomous path planning, full-degree-of-freedom underwater control systems, AI-driven dynamic cleaning strategies, and multi-robot fleet coordination, this solution achieves full-coverage, adaptive, and highly efficient cleaning of large ship hull surfaces. It fundamentally revolutionizes traditional high-risk, labor-intensive, and low-efficiency manual cleaning methods, liberating workers from hazardous marine environments and setting a commercial benchmark for scaled "AI + Robotics" deployment.

Selected for the Top 100 High-Quality Datasets List

Seahi's "Machine Vision-Inertial Navigation Fusion Dataset" passed expert reviews to earn its place on Suzhou's Top 100 High-Quality Datasets List in Manufacturing. This dataset innovatively merges visual perception with inertial navigation data, specifically tailored for complex underwater environments plagued by waves, currents, surges, and low visibility. Providing a highly reliable, multimodal training foundation for precise robotic operation and autonomous navigation, it serves as a critical data engine that propels industrial AI beyond single-dimensional perception to achieve systemic intelligence and autonomous decision-making in extreme operational environments.

Driven by Scenarios, Powered by Full-Stack R&D

Behind this dual inclusion lies Seahi's core development ethos: "Originating from scenarios, returning to scenarios." Demand-Driven R&D: Deeply rooted in marine embodied intelligence, Seahi addresses real-world pain points by directly tackling harsh, high-risk, and inefficient manual labor bottlenecks.

Breakthroughs via Systemic Innovation: Seahi has established full-stack in-house capabilities spanning "Perception – Decision – Control – Propulsion – Fleet Swarm Coordination," engineering super productivity tailored for operations from 0 to 10,000 meters deep.

Seahi looks forward to standing shoulder-to-shoulder with all partners, leveraging technological innovation to reshape marine operational paradigms, deploying embodied robotics across every sea, and empowering humanity to navigate and develop the deep blue ocean with greater confidence and ease.