We are happy to join this government project by enhancing education with 5G technology providing students in rural areas with the same opportunities as those in urban areas.
We are committed to continuing our efforts and expanding the reach of 5G technology to every corner of the country.
Private 5G integration in smart factories revolutionizes manufacturing efficiency by eliminating physical rewiring during production line modifications, accelerating mass production timelines.
Standardized test stations and edge computing leverage 5G for a 10% increase in utilization rates and a 50% reduction in consumables and labor costs. Remote collaboration through VR and AR cuts travel expenses by 30%, enhancing employee safety. The seamless 5G network optimizes human resource efficiency in AMR environments, reducing labor costs by 50%. Continuous AI improvement on the edge enhances production accuracy, saving 50% in inspection human resources. P5G emerges as a versatile catalyst for efficiency, precision, and cost-effectiveness in smart factory operations.
Pega 5G-equipped mobile disaster relief units offer an innovative solution for uninterrupted communication during disasters by deploying rapid 5G networks with high bandwidth and low latency.
Ensuring real-time reporting "Anytime" and flexible deployment "Anywhere" through satellite integration, the system enables seamless provider switching and connection to a national public 5G private network in emergencies. This guarantees continuous internet services and global connectivity via LEO/MEO satellites, even in scenarios of damaged submarine cables, making Pega 5G a transformative and resilient tool for disaster management.
The integration of 5G and Low Earth Orbit (LEO) satellites on cargo ships resolves longstanding communication challenges at sea.
Enhancing signal coverage and transmission bandwidth, the solution enables real-time video communication and boosts the implementation of on-board applications, elevating the digitalization ratio of shipping services. Installation of LEO and 5G O-RAN systems facilitates continuous data collection, supporting real-time remote medical and maritime maintenance services through Azure-connected IoT devices. This innovation not only addresses communication restrictions but also enhances operational efficiency, prioritizing the safety and well-being of maritime crews and marking a transformative leap in maritime connectivity.