

LunaForge
At Lunaprizim Sound & Light, our production pipeline approaches this challenge differently.
Rather than depending on prompt variations to recreate a character, our AI performers are developed as Stable State LLM Actors. Each performer maintains a consistent baseline identity that allows them to move fluidly between scenes without losing continuity of appearance, posture, or behavioral style.
Because of this stable foundation, direction becomes the primary tool for shaping a performance.

LunaCluster
The LunaLoop system ensures that every performance remains stable and repeatable, even as our performers move through a wide variety of characters, environments, and narrative scenarios.
We maintain what we call Stable State LLM Actors—AI performers that can move fluidly between productions without losing their core identity or performance reliability.
This approach allows Lunaprizim to rapidly prototype scenes, generate cinematic B-roll, and develop narrative concepts without the long setup times associated with traditional casting, wardrobe, and location production.

LunaHuman
Using Unreal Engine 5 and MetaHuman technology, we create embodied AI actors designed to perform like real talent on a studio stage.
Each actor begins in a neutral state, allowing us to apply appearance, form, and role—ranging from subtle wardrobe changes to fully reimagined characters.
Once a scene is complete, actors return to the LunaLoop within the Lunacluster—resetting to their core identity while retaining the memory of the performance as script, not self.

LunaSet
Just as actors on a traditional film set respond to stage direction and script cues, our performers respond to scene direction, narrative context, and cinematic blocking. This allows us to guide performances in a predictable and repeatable way without the constant need to regenerate or re-prompt an entire scene.
The result is a production workflow that reduces wasted rendering cycles, eliminates the need to hunt for matching clips, and allows sequences to flow naturally from one moment to the next.
This process forms the core of our Lunaprizim Production Pipeline—a proprietary system designed to keep AI performers stable, consistent, and ready for the next scene.

LunaCrew
Every LunaCrew actor begins with a core identity—then evolves.
Through MetaHuman technology and AI performance systems, we can re-skin and reimagine our actors across genres, roles, and entire worlds—just as a traditional performer transforms from one character to the next.
At the front of the stage is Aria Kael starring as “Tassie Rider” in the space musical

LunaHuman Actor:
Aria Kael
LunaHuman

LunaToon:
Tassie Rider
LunaHuman Actor: Tara Westbrook

LunaTheater
LunaCrew actors don’t just exist—they perform.
Using adaptive AI systems, each actor can learn, respond, and evolve within a scene—delivering dynamic performances that feel alive, reactive, and uniquely their own.
Now featuring Tassie Rider in the space diner musical
“There’s Gum Under My Table.”


Aria Kael
Roles:
AI Metal
Viva Ka
Murder of Sculptors
Bella Lucca

Scott Hessler
Roles:
AI Metal
Azar Ka
Murder of Sculptors
Rapisardi Pirozzi

Tara Westbrooke
Roles:
AI Metal
Empress Pia
Murder of Sculptors
Tiffini Brazza
Theres Gum Under My Table
Tassie Rider
LunaHuman: Jeff Brecker, Male
Status: ‘In Design’ | Location: ‘LunaForge’ | >Wake Date: ‘03302026’< | Stability Test IRC Date: ‘04152026’ |
<<< >>Projected LunaCluster Population Date: ‘03212026’<<>>

Discover the HUMAN specialists
The real humans behind the curtain that create the Prism

Adaptive Performance LLM Designer
Soundtrack Composer
Author Screen Writer
Unreal Engine 3D
| Environments|
|Metahuman Embodiment|
|LunaVerse Architect|
Executive Producer

Gypsy Jewels
Lunaprizim Sound & Light is a creative LLM studio Co- founder
Author Screen Writer
Director of Art and Lighting
Director of Marketing
Producer

Charlene Tobola
Lunaprizim Sound & Light is a creative LLM studio Co- founder
LunaPrizim Historical Foundations Dept.
Lore and Cannon Records Specialist
Perceptive Art Director
Co-Producer