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The Chini Saga

Built at Meta Global AI Developer Hackathon · Oct 26, 2026 · Remote

The Chini Saga — Demo video

MRF (Mixed Reality Film) is a proposed filmmaking and viewing format that combines conventional cinematic storytelling with spatial exploration and audience-directed discovery. Unlike conventional films, MRF allows audiences to explore selected parts of a film's environment, using natural head movements and, in more advanced implementations, physical movement and hand interaction. The director retains control over the narrative, camera perspective, exploration boundaries, timing and available audience interactions. MRF also introduces audience-selected spatial directions. Different audience choices can reveal different information while returning to the same main film timeline. MRF aims to create a new form of personal cinematic experience, initially designed for compatible smart glasses and immersive headsets. The Three Pillars of MRF Pillar 1 — Spatial Cinema The audience can look around within director-designated cinematic environments. Pillar 2 — Audience-Directed Discovery The audience can select permitted spatial directions and discover different information within the film world. Pillar 3 — Director-Controlled Storytelling The director controls when exploration is available, where the audience can explore, what they can discover and when the main film continues. Benefits to Filmmakers Directors: More control over spatial audience perspective and discovery. Screenwriters: New ways to communicate information through the environment. Cinematographers: New spatial camera and composition possibilities. Production designers: Greater narrative use of environments and props. VFX artists: Opportunities in spatial compositing and environment creation. Editors: New creative control over exploration timing and narrative continuity. Sound designers: Spatial audio and environmental storytelling opportunities. Independent filmmakers: Potential access to AI-assisted and real-time production workflows that may reduce some production costs.

Team