By Ekta Chanana Last Updated:
Bollywood actress, Soha Ali Khan's daughter, Inaaya Naumi Kemmu is a little fashionista. She loves dressing up and getting her hairstyle done. Every now and then, Inaaya's pictures go viral on the internet and fans shower their love on the little girl and the way she is being brought up. Soha's IG feed is filled with her daughter, Inaaya's cute antics, and her fans never get bored of it.
Soha Ali Khan shares a beautiful bond with her daughter, Inaaya Naumi Kemmu. After Inaaya's birth on September 29, 2017, Soha had taken a sabbatical from acting. In many media interactions, Soha revealed that her daughter was one of the most important projects she was working on. But now, things have changed as Soha had started taking up acting projects again.
On July 5, 2022, Soha took to her Instagram handle and posted a cutesy picture with her daughter, Inaaya. In the photo, the mother-daughter duo was seen showing off their caps with their name initials. Soha and Inaaya looked super pretty while posing for the camera. Alongside it, Soha wrote:
"Aren’t we just cap-tivating?"
Recently, in an interview with the Hindustan Times, Soha had revealed that her daughter, Inaaya calls her 'annoying'. She had said it all started when Soha had called Inaaya annoying. After which, her daughter had started using the word against her. Soha had shared:
"Children are spunges, they definitely imitate what they see. The other day I said, ‘Inaaya you are annoying.’ Now she is calling me annoying all the time, so I brought it upon myself. You have to be careful the words you choose because they are going to be used against you. You can see your tone, gestures, body language mirror in your child."
We love Soha and Inaaya's cute caps! What about you?
Bollywood's cutest couple, Soha Ali Khan and Kunal Kemmu's daughter, Inaaya Naumi Kemmu is all grown up. The little angel, who was always seen tucked around her mommy, Soha while getting clicked, is now an official poser. If you don't believe us, well, Soha's vacation picture is here to proveRead More