North Korea's announcement of its plan to launch a satellite-carrying rocket before June 4 has raised concerns among neighbouring countries. Japan, informed of the plan, is particularly worried about potential rocket debris falling in nearby areas, according to reports.
This development coincides with a significant trilateral meeting in Seoul involving the leaders of South Korea, China, and Japan, marking the first such summit in over four years.
During the meeting, Japanese Prime Minister Fumion Kishida stressed the importance of North Korean denuclearization, highlighting the common interest of the three Asian nations in maintaining stability on the Korean Peninsula.
In response to North Korea's notification, Japanese officials urged the country to cancel the planned satellite launch, citing potential risks to regional and global peace and stability. China's Premier Li, advocating for dialogue, emphasised the need for a political settlement of issues related to North Korea.
Officials from Japan, the United States, and South Korea reaffirmed their stance during discussions, expressing their intention to urge North Korea to cancel the plan. Any launch using ballistic missile technology would violate UN Security Council resolutions.
Amid these developments, South Korea has been enhancing its own satellite capabilities. Recently, it successfully launched its second indigenous spy satellite, part of its plan to acquire five such satellites by 2025 to better monitor North Korea.
However, tensions in the region persist, with North Korea engaging in provocative actions such as ballistic missile tests and military drills. In April, it conducted a tactical drill simulating a nuclear counterattack, showcasing its super-large multiple rocket launchers.
As North Korea continues to assert its military capabilities, neighbouring countries remain vigilant and prepared to respond to any potential threats. The situation underscores the importance of diplomatic efforts to address security concerns and promote stability in the region.