Sonu Nigam, Sukhwinder Singh & Kailash Kher To Headline Subhash Ghai’s Cadence Music Festival 2026

Scheduled to take place from March 30 to April 1 at the Whistling Woods International campus in Mumbai

Sonu Nigam, Sukhwinder Singh & Kailash Kher To Headline Subhash Ghai’s Cadence Music Festival 2026

Filmmaker Subhash Ghai is set to bring together some of India’s most celebrated musical voices for the 2026 edition of the Cadence Music Festival, scheduled to take place from March 30 to April 1 at the Whistling Woods International campus in Mumbai.

The three-day festival will feature powerhouse performances by Sonu Nigam, Sukhwinder Singh, Kailash Kher, and composer duo Salim–Sulaiman, among others, creating a vibrant confluence of musical excellence and emerging talent.

Designed as a bridge between industry veterans and aspiring artists, the festival aims to transform the campus into a creative hub where experience meets fresh ambition. Ghai emphasized that the initiative goes beyond performances, positioning itself as a platform for mentorship and artistic exchange.

The event will open with a grand inaugural ceremony led by Kailash Kher, known for his soulful blend of Sufi and folk influences. The momentum continues on day two with a high-profile showcase featuring Salim–Sulaiman alongside Sonu Nigam, whose enduring versatility continues to shape Indian playback music.

The final day promises a diverse lineup, including a special session by noted flautist Naveen Kumar, before culminating in a high-energy closing performance by Sukhwinder Singh.

Highlighting the vision behind the festival, Ghai noted that music remains central to cinematic storytelling and creative expression. With Cadence, the goal is to nurture the next generation of artists while celebrating the legacy of Indian music.

By combining live performances, interactive sessions, and mentorship opportunities, the Cadence Music Festival 2026 reinforces its role as a significant cultural and educational platform within India’s evolving music ecosystem.