Joined February 2024 (2 years on Bluesky)
Followers
6.4K
Growth (7d)
-
Following
134
Posts
3.2K~3.8/day
Influence
3
Follower growth
Not enough history yet - growth is tracked from first discovery.
Bio
Taffy π 29 π she/they π lesbian π¨π¦ I do freelance illustration for a living, stream games for fun on weekends (https://twitch.tv/taffywabbit), and enjoy bunnies a normal amount π let's get snopping COMMISSION INFO: https://taffywabbit.carrd.co
Notable followers
The biggest accounts in our directory following @taffywabbit.bsky.social.
More Design accounts
TVCHANY
@tvchany.bsky.social
6.5K
followers
Viv Medeiros
@vimeddiee.bsky.social
6.5K
followers
JΓ³n Kristinsson
@jonkk.bsky.social
6.4K
followers
Dave Blass
@daveblass.bsky.social
6.4K
followers
Sarah M πππ»
@braverobynart.bsky.social
6.4K
followers
Markonthemaps (Mark Ovenden)
@markonthemaps.bsky.social
6.4K
followers
Gabe Fern
@gabefern.bsky.social
6.4K
followers
Jenn / CaptainHanyuu πβ¨
@captainhanyuu.art
6.4K
followers
Taffy (gayer) π¬π on Bluesky - frequently asked questions
- How many followers does Taffy (gayer) π¬π have on Bluesky?
- Taffy (gayer) π¬π (@taffywabbit.bsky.social) currently has 6,430 followers on Bluesky. The count is refreshed continuously from the public AT Protocol.
- When did Taffy (gayer) π¬π join Bluesky?
- Taffy (gayer) π¬π joined Bluesky in February 2024, making the account about 2 years old.
- How many posts has Taffy (gayer) π¬π published?
- Taffy (gayer) π¬π has published 3,244 posts on Bluesky, averaging about 3.8 posts per day over the account's lifetime.
- Is Taffy (gayer) π¬π verified on Bluesky?
- @taffywabbit.bsky.social does not currently show a Bluesky verification. Many real accounts on Bluesky are unverified, since verification is still rolling out.
- What does Taffy (gayer) π¬π post about?
- Taffy (gayer) π¬π is classified under Design in our directory. Bio: "Taffy π 29 π she/they π lesbian π¨π¦ I do freelance illustration for a living, stream games for fun on weekends (https://twitch.tv/taffywabbit), and enjoy bunnies a normal amount π let's get snopp".