Watch: HYBE LABELS Introduce TUIDE — Seven Names in 23 Seconds
'Introductions : WE TUIDE' names SEOHEE, SEOYEON, ELENA, JIA, SAKI, SEAH and YIHANI, and points to the group's own channel.
OFFICIAL UPDATE1 hour ago· source posted 2 hours agoby K-POP PULSE Desk1 min read
A new name arrived on HYBE LABELS' channel, and it came with a full roll call. 'Introductions : WE TUIDE' runs twenty-three seconds and introduces TUIDE — written 튜이드 in Korean — with seven members listed in the description: SEOHEE, SEOYEON, ELENA, JIA, SAKI, SEAH and YIHANI.
The clip went up at two minutes to ten in the evening Korean time on August 2 and had already passed twenty-three thousand views when this desk logged it. For a first introduction with no music attached, that is a fast start.
The description does the practical work of a debut rollout: it points to TUIDE's own official YouTube channel, Instagram and TikTok, so the group's home base exists from day one rather than living only on the label's channel.
K-POP PULSE verifies every official channel before adding an artist — handle, channel ID, cross-links and upload history — so TUIDE will appear as a full artist hub once those checks pass. Until then, every TUIDE upload on HYBE LABELS' channel surfaces in our hourly scans.
Context for International Fans
Label channels like HYBE LABELS carry introductions and teasers for their groups alongside each group's own channel, which is why a first look often appears there. An 'introduction' clip typically opens a debut rollout, ahead of concept content and a first single.
Why It Matters
A group's first official introduction is the moment its member line-up becomes public record rather than rumor — seven names, from the label itself. For international fans it is also the first chance to follow the group's own accounts before the noise starts.
What to Watch Next
Watch HYBE LABELS' channel and TUIDE's own channel for what follows the introduction. K-POP PULSE scans both hourly, and the group will get a full artist hub once official-channel verification is complete.
