Renowned performer and participant in the seventeenth edition of the reality TV show Bigg Boss, Ankita Lokhande, alongside her entrepreneur partner Vicky Jain, announces the imminent release of a novel musical composition. The duo took to social media over the weekend to unveil the inaugural poster of their forthcoming melody entitled “Laa Pila De Sharaab.” Though the precise launch date remains undisclosed, this opus is poised to enrapture the very essence of its audience.

On her Instagram platform, Ankita shared the poster adorned with the hashtag “#LaaPilaDeSharaab Set to captivate your soul soon…”. The visual portrayal exhibits the Pavitra Rishta luminary clad in an elegant azure Anarkali ensemble, juxtaposed with Vicky, attired in a cerulean satin blouse complemented by ebony trousers. Noteworthy is Vicky’s adoring gaze fixed upon Ankita as he reclines upon an alabaster mattress, his grasp adorned with a goblet of wine.

Responding to the revelation, an enthusiast expressed, “Can’tttt waitt (accompanied by a crimson heart emoji).” Another enthusiast remarked, “This venture marks a significant milestone for Vicky bhaiya as he ventures into the domain of performing arts. I am confident he shall excel, given his exemplary track record… good luck, Vicky bhaiya.” Echoing this sentiment, a denizen of social media remarked, “Eagerly anticipating Manku and Bikku’s inaugural cinematic collaboration.”

The musical opus “Laa Pila De Sharaab,” rendered by the esteemed vocalist Vishal Mishra, bears the lyrical and compositional imprints of Manan Bhardwaj. Steering the creative helm of this endeavor is none other than Mihir Gulati.

Although Ankita Lokhande commands a prominent stature within the entertainment sphere, her partner Vicky Jain recently ascended to prominence following his stint on Bigg Boss 17. The show witnessed the couple embroiled in sporadic altercations, fuelling conjectures regarding a potential schism. However, subsequent to Ankita’s departure from Bigg Boss 17, she unequivocally asserted the enduring solidity of their bond.