Through CAYT localization and business continuity, we can realize full automation of port operations with competitive prices.
By utilizing Fourth Industrial Revolution technologies such as IoT, digital infrastructure, and artificial intelligence, we can realize customer satisfaction through user-centric services for external users.
Address issues of manpower supply and demand resulting from reluctance to engage in fieldwork, and transition from a labor-intensive industry to a technology-intensive one.
Enhance operational punctuality by integrating internal and external systems within the port using Fourth Industrial Revolution technologies.
Increase productivity by replacing fatigue-intensive tasks avoided by manned yard trucks with CAYTs and distributing them flexibly.
By maintaining the existing facilities of the port and establishing a working system where both manned and unmanned yard trucks coexist, we can achieve sustainability for the port.
Prevention of safety accidents of workers
A worker-friendly solution that resolves the shortage of yard truck drivers by using CAYTs to realize a working system where night shift workers can work in the daytime and improve the quality of work.
By establishing operational policies that permit autonomous driving in situations where safety is assured for stevedoring operations and on-site workers, we can achieve a secure port.
To prevent safety incidents by utilizing AI perception and analysis technology to respond to and improve unforeseen, sudden situations.
Sustainable and eco-friendly future
Through real-time data and artificial intelligence-driven smart route planning and efficient driving patterns, unnecessary fuel consumption is reduced, minimizing the environmental impact.
By replacing fossil fuels in conventional diesel yard trucks with electric energy, we can reduce the emission of harmful substances in the atmosphere and maximize energy efficiency.
The CAYT electric battery’s long lifespan makes maintenance easy and prevents environmental pollution that occurs during the recycling process of lead-acid batteries.