Sana, a member of the group Twice, appeared on a giant billboard in Times Square in New York to celebrate her birthday.
According to the global K-pop fandom platform ‘Whosfan’ on the 29th, Sana asked, ‘Who is the idol to be celebrated in Times Square?’ It took first place in the 5th week of December voting. With the support of Whosfan, a happy birthday advertisement was sent out on a giant billboard in Times Square, New York.
Sana, who celebrated her 29th birthday, took first place with 39.18% of the vote in the Times Square advertisement poll, which ran for a week from December 6 to December 13. Then Espa Winter and BTS V ranked second and third in the order.
The advertisement can be seen on a giant, 47-meter-long billboard in the building next to ‘tkts,’ known as the heart of Times Square in New York. Also, based on local time, it will be broadcast from December 27 to January 2, the week of Sana’s birthday.
On the afternoon of the 29th, Whosfan released a local video of the advertisement being broadcast through YouTube’s ‘Whosfan TV’ channel. The advertisement is a video made by Sana’s global fans, adding meaning. The video contained various charms, such as Sana’s lovely visuals and brilliant performances, which drew cheers from the global ‘Once.’
Whose fan is holding global fans’ votes every week for K-pop artists celebrating their birthday over a large billboard advertisement account in Times Square in New York?
Currently, Bleachers’ Woojoo, Pentagon’s Yuto, SF9’s Chanhee, Stacey Isa, Future Boy Kael, ONF Wyatt, WINNER’s Seungyoon Kang, TO1 Jisoo, and Secret Number Jinhee, whose birthdays are in the 3rd week of January, are nominated and competed for the nominations. Have. Voting closes at 11 am on January 3.
Since its official launch on May 22, 2020, Whosfan, a global K-pop fandom platform, succeeded in securing 5.5 million users in one year under the support of the global K-pop fandom and recently surpassed 6.4 million users. Currently, on the Whosfan app, various events that the global fandom can enjoy together are unfolding.