19.8 C
State of Tripura
Saturday, March 21, 2026

All 51 AMC Wards Now Receive Safe Drinking Water: CM Saha

Agartala achieves 100% clean drinking water coverage...

Supreme Court Orders ADC Village Elections in June After Decade Delay

Supreme Court clears the way for long-delayed...

Sourav Ganguly attends premiere of Xiaomi Studios’ film ‘The Rolling Ball’

Tripura Net
Tripura Net
www.tripuranet.com is a daily news, news article, feature, public opinion, articles, photographs, videos etc –all in digital format- based website meant to disseminate unbiased information as far possible as accurate.

Must Read

Kolkata/IBNS: Indias cricket icon Sourav Ganguly attended the premiere of Xiaomi Studios film The Rolling Ball, which was shot on the camera marvel, the Xiaomi 13 Pro, here last week.

Ganguly, a former Indian cricket captain and ex-BCCI chief, made a special appearance in the film.

With its first production venture, the Xiaomi Studios underscores the companys core mission of Innovation for Everyone by providing creators with a platform to unleash their inner creativity using Xiaomi smartphones.

Sourav Ganguly | Image: Avishek Mitra/IBNS

Anuj Sharma, Chief Marketing Officer at Xiaomi India, said, Were excited to introduce Xiaomi Studios in India. With Xiaomi Studios, were putting filmmaking in the hands of everyone, from aspiring creators to seasoned filmmakers.

The Rolling Ball, shot entirely on the #Xiaomi13Pro, epitomizes the possibilities with Xiaomi devices. We invite creators, both established and emerging, to embrace this new era of limitless potential and embark on their creative journey with Xiaomi Studios.

The film is now live on Xiaomi Indias YouTube channel.

- Advertisement -
spot_img
spot_img
spot_img
spot_img
spot_img
spot_img
spot_img
spot_img
spot_img
spot_img
spot_img
spot_img
spot_img

Latest News

Tripura at a Crossroads: Identity politics and emerging ‘Lock-In’ effect in TTAADC elections

Tripura at a Crossroads: Identity politics and emerging ‘Lock-In’ effect in TTAADC elections A discernible ‘lock-in’ effect appears to be...