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EXCLUSIVE: Ajay Devgn-Sanjay Dutt-Tamannaah Bhatia starrer action-adventure film to release in cinemas on December 4, 2026

Ajay Devgn is a true all-rounder, equally at ease in comedy, romance, thrillers, intense drama and, above all, action. Over the years, he has carved a formidable niche for himself as an action star, which is why one of his upcoming films, tentatively titled Ranger, has become one of the most keenly awaited projects for his fans. The film also stars Sanjay Dutt and Tamannaah Bhatia, adding further excitement to the package. A source told Bollywood Hungama, “The Ajay Devgn-Sanjay Dutt-Tamannaah Bhatia starrer will hit the big screen on December 4, 2026. The makers have locked this date as the film will be fully ready by then. Moreover, it’s a vacant Friday and has historically proved to be lucrative from a box office perspective. Since the film is a complete entertainer, the team felt this date is strategically ideal.”In the past, Animal (2023) was released in the first week of December, followed by Pushpa 2 (2024) a year later. This year, the Ranveer Singh-starrer Dhurandhar will arrive in cinemas on December 5 and it has also generated tremendous buzz. The source further added, “The entire team is extremely excited about the film. It marks Ajay Devgn’s grand return to hardcore action. And that’s not all. It also pits him against Sanjay Dutt in a full-blown action entertainer for the first time. Meanwhile, Tamannaah Bhatia, too, has a crucial and intriguing role, which will come as a pleasant surprise to the audience.”The source also clarified, “Ranger is not the final title. It is a working title and the call on what the film would be titled will be taken by the makers in due course.”The action-adventure flick is directed by Jagan Shakti of Mission Mangal (2019) fame and produced by Ajay Devgn, Luv Ranjan, Ankur Garg and Anand Pandit. Also Read: Ajay Devgn and Sanjay Dutt to clash in Jagan Shakti directorial Ranger: Report.

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YZi Labs backs Funes to preserve humanity’s physical legacy

The post YZi Labs backs Funes to preserve humanity’s physical legacy appeared com. YZi Labs invested in Funes to preserve humanity’s physical legacy by funding a digital ark for global architecture. The initiative aims to safeguard crumbling monuments and modern sites alike in a high-fidelity, 3D format for future generations. Summary YZi Labs invested in Funes, a digital heritage platform preserving global architecture through 3D modeling. The funding will support Funes’ mission to create an open, AI-enhanced archive of ancient and modern structures. On Nov. 6, YZi Labs announced a strategic investment in Funes, a digital heritage platform constructing a massive, open archive of high-fidelity 3D architectural models. The move directly advances the venture firm’s core thesis of backing projects that sit at the convergence of AI, culture, and real-world data infrastructure. According to Dana H., an Investment Partner at YZi Labs, the initiative represents a “mission for humanity,” comparing Funes to a “GitHub for the physical world” where a global community can preserve and build upon detailed digital blueprints of culturally significant sites. “These digital models preserve architectural heritage while providing a foundation for others to study, modify, and build upon. This crowd-sourced digital museum reimagines how we remember and reinvent the spaces that shape us,” Dana H. said. Funes’ digital museum, YZi Labs’ cultural bet Per the announcement, the capital infusion from YZi Labs will be strategically deployed across three core pillars of the Funes operation. First, the funding will accelerate its global modeling initiative, expanding the systematic capture of comprehensive 3D data for both historic and modern structures. Second, it will fuel the development of a more seamless and interactive online platform, transforming the archive from a static repository into an explorable digital landscape. The third allocation is for AI integration, specifically to merge this vast real-world dataset with cutting-edge technologies such as 3D Gaussian Splatting and Radiance Fields. Funes’.

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