‘260,000 people at Gwanghwamun’ BTS concert... AI and autonomous networks prevent communication failures
Ahead of the BTS concert in Gwanghwamun, Seoul, on the 21st, the three major telecommunications companies are implementing measures to stabilize communication networks due to an expected crowd of up to 260,000 people.
On the 21st of this month, an anticipated crowd of 260,000 people is expected to gather in Gwanghwamun, Seoul, for the BTS concert. In response, South Korea's three major telecom companies—SK Telecom, KT, and LG Uplus—are mobilizing extensive resources to ensure stable communication networks during the event. They are deploying a range of technologies, including artificial intelligence (AI) systems and autonomous networks, to manage and optimize the communication infrastructure, preparing for a significant spike in network traffic as concert-goers share their experiences online.
SK Telecom is introducing its newly developed AI-based network management system, A-One, to analyze communication coverage and suggest the optimal locations for equipment installation while predicting traffic based on historical data. Additionally, the region around Gwanghwamun and Seoul City Hall will be divided into three areas to tailor the network services according to crowd density and usage characteristics. KT's strategy includes the deployment of six mobile base stations and significant upgrades to existing infrastructure, while LG Uplus is enhancing network capabilities to prevent congestion by redistributing LTE and 5G traffic across various sectors.
The concert presents not only a major cultural event but also a testing ground for telecommunications technology in high-demand scenarios. With the implementation of AI-driven solutions like W-SDN, which automatically manages traffic loads by reallocating resources in real time, the telecommunications companies are prepared to handle high-definition streaming and large data uploads from concert attendees. This event showcases the fusion of technology and culture, offering insights into how infrastructure can adapt to the growing demands of modern life.