Climate change has become one of the most pressing global issues, with a significant impact on extreme weather phenomena. International typhoons, often known as cyclones or tropical storms, are one clear manifestation of this climate change. Recent analysis shows that changes in sea surface temperature, wind patterns and atmospheric humidity are contributing to an increase in the frequency and intensity of typhoons. The frequency of typhoons is predicted to increase along with increasing global temperatures. Scientific research shows that every 1 degree Celsius increase in sea temperature can increase the intensity of typhoons by up to 10%. Warmer temperatures provide more water vapor, which provides fuel for storm cloud formation. This directly leads to a faster and stronger hurricane maturation process. Apart from that, climate change also changes atmospheric circulation patterns. Phenomena such as El Niño and La Niña are becoming increasingly volatile and difficult to predict, affecting the path of hurricanes. As a result, unusual areas become more vulnerable to large storms, damaging the region’s ecosystem and infrastructure. Regions along the Pacific Ocean, for example, face increased risk from stronger and more frequent hurricanes. The social and economic impacts of increased typhoon frequency are significant. Countries that depend on the agricultural sector, such as those in Southeast Asia, often experience large losses due to crops destroyed by storms. On the other hand, infrastructure that is unable to withstand the impact of extreme weather adds to the burden of post-typhoon recovery costs. Health care, education, and transportation systems were disrupted, worsening the conditions of already vulnerable communities. To deal with these impacts, the government and society must increase their resilience to disasters. Investment in more accurate weather forecasting technology and early warning systems is critical. Mitigation measures such as building weather-resistant infrastructure, ecosystem restoration, and training communities in preparedness can help reduce the risks posed by typhoons. Analysis of global hurricane patterns shows the need for urgent attention to climate change. Continued research and careful monitoring are needed to fully understand the link between climate change and increased hurricane activity. The more data that is collected, the better our understanding of how to protect vulnerable populations and improve adaptation efforts to these inevitable changes.