Tron: Ares – Finding Eve
October 2025 ––In TRON: Ares, one of the film's most visually intricate sequences takes us deep inside the memories of Eve Kim, as Ares searches through fragments of her past to uncover a critical piece of information. Rather than presenting those memories as a conventional montage, we imagined an entirely different form of recollection. A vast, dimensional landscape where thousands of photographic moments exist simultaneously, suspended within an intricate architecture of light, data, and computation.
The sequence shares a visual foundation with the Computer Vision systems we developed for the film, but its intention was fundamentally different. Where Computer Vision explored how artificial intelligence perceives and analyzes the physical world, Finding Eve asked what it might feel like for that same intelligence to navigate human memory. We wanted to transform familiar photographic imagery into something immersive and otherworldly, creating a space that felt simultaneously computational and deeply personal.
Thousands of images became spatial coordinates. Grids became architecture. Delicate connections and intricate point fields populated the spaces between memories, while volumetric fog and traveling pulses of light gave the environment an atmospheric presence. The result was a world that existed somewhere between an infinite photographic archive and a living computational organism. A human lifetime reconstructed through the language of a machine.
The sequence shares a visual foundation with the Computer Vision systems we developed for the film, but its intention was fundamentally different. Where Computer Vision explored how artificial intelligence perceives and analyzes the physical world, Finding Eve asked what it might feel like for that same intelligence to navigate human memory. We wanted to transform familiar photographic imagery into something immersive and otherworldly, creating a space that felt simultaneously computational and deeply personal.
Thousands of images became spatial coordinates. Grids became architecture. Delicate connections and intricate point fields populated the spaces between memories, while volumetric fog and traveling pulses of light gave the environment an atmospheric presence. The result was a world that existed somewhere between an infinite photographic archive and a living computational organism. A human lifetime reconstructed through the language of a machine.
“The more computational the imagery became, the more human the memories began to feel.”
The Concept
–– 02Human memory is rarely linear. We remember in fragments, associations, sensations, and fleeting images that emerge and disappear without warning. A single photograph can unlock an entire sequence of recollections, while seemingly unrelated moments become connected through emotion, familiarity, or time. For Finding Eve, we wanted to reinterpret that associative quality through the perspective of artificial intelligence, imagining memory not as a sequence of images, but as an environment that could be explored.
There's a beautiful irony in using the language of a machine to make memory feel more human. The more we fragmented, layered, and abstracted the imagery, the closer it began to resemble the way we actually remember. Certain moments remained sharply resolved while others dissolved into abstraction. Images overlapped, connections emerged unexpectedly, and entire experiences disappeared into the atmosphere before resurfacing somewhere else. What began as an exercise in computational visualization gradually became something much more intimate, a reflection of the imperfect, associative nature of human memory.
Ares doesn't experience memory the way a human does. He searches, processes, correlates, and reconstructs information, moving through enormous quantities of visual data in pursuit of something specific. We imagined this process as an infinite landscape of photographic fragments, geometric structures, and luminous connections, where every image could reveal another relationship. The challenge was finding a balance between overwhelming computational complexity and emotional clarity, allowing the audience to experience the extraordinary scale of Ares's intelligence while recognizing the humanity embedded within the information.
There's a beautiful irony in using the language of a machine to make memory feel more human. The more we fragmented, layered, and abstracted the imagery, the closer it began to resemble the way we actually remember. Certain moments remained sharply resolved while others dissolved into abstraction. Images overlapped, connections emerged unexpectedly, and entire experiences disappeared into the atmosphere before resurfacing somewhere else. What began as an exercise in computational visualization gradually became something much more intimate, a reflection of the imperfect, associative nature of human memory.
“Every photograph became a fragment of a much larger world, connected through light, geometry, and the spaces in between.”
Ares doesn't experience memory the way a human does. He searches, processes, correlates, and reconstructs information, moving through enormous quantities of visual data in pursuit of something specific. We imagined this process as an infinite landscape of photographic fragments, geometric structures, and luminous connections, where every image could reveal another relationship. The challenge was finding a balance between overwhelming computational complexity and emotional clarity, allowing the audience to experience the extraordinary scale of Ares's intelligence while recognizing the humanity embedded within the information.
–– 02
The Process
–– 04Our approach to Finding Eve evolved from the custom square-packing algorithms developed for the film's Computer Vision sequences. Rather than using those systems purely for scanning and analysis, we expanded their geometric language into a dimensional architecture capable of accommodating thousands of photographic memories. Images were organized into shifting mosaics and overlapping planes, while increasingly intricate subdivisions introduced layers of geometric detail. Thousands of data points, initially assigned to the photographic grids, were also released into the surrounding space, flowing freely through the environment like a vast constellation of information.
These points became a kind of computational star field, a celestial architecture that gave the environment a constant undercurrent of movement. When viewed through telephoto lenses, the floating points dissolved into beautifully dense fields of soft bokeh, transforming raw data into something almost meditative. This delicate interplay between precise geometric structures and freely drifting particles gave the sequence an unexpected sense of tranquility, allowing the eye to rest within an otherwise overwhelming landscape of information.
From there, light became the connective tissue. Volumetric fog gave the memories atmosphere and depth, allowing beams and pulses of illumination to travel through the environment, revealing fragments before allowing them to disappear again. Hard computational structures existed alongside diffuse light and atmospheric softness, creating a beautiful tension between geometric precision and dreamlike abstraction. The imagery needed to feel less like conventional motion graphics and more like a physical environment, a space with scale, distance, and atmosphere that the camera could actually move through.
The process was additive by nature. Each pass introduced another layer of information, building complexity through photographic imagery, geometric structures, point fields, atmospheric effects, and carefully choreographed movement. Foreground elements passed close to the lens while distant clusters dissolved into haze, creating deep parallax and the sensation of traveling through an environment extending far beyond the frame. The challenge was maintaining visual hierarchy within that extraordinary density, allowing individual memories to emerge from the surrounding information without sacrificing the overwhelming scale of the system. Ultimately, thousands of independent elements came together as a single cinematic experience, transforming a vast archive of information into something immersive, atmospheric, and unexpectedly emotional.
These points became a kind of computational star field, a celestial architecture that gave the environment a constant undercurrent of movement. When viewed through telephoto lenses, the floating points dissolved into beautifully dense fields of soft bokeh, transforming raw data into something almost meditative. This delicate interplay between precise geometric structures and freely drifting particles gave the sequence an unexpected sense of tranquility, allowing the eye to rest within an otherwise overwhelming landscape of information.
“What began as a system of grids and data points became an infinite field of light, movement, and atmosphere.”
From there, light became the connective tissue. Volumetric fog gave the memories atmosphere and depth, allowing beams and pulses of illumination to travel through the environment, revealing fragments before allowing them to disappear again. Hard computational structures existed alongside diffuse light and atmospheric softness, creating a beautiful tension between geometric precision and dreamlike abstraction. The imagery needed to feel less like conventional motion graphics and more like a physical environment, a space with scale, distance, and atmosphere that the camera could actually move through.
The process was additive by nature. Each pass introduced another layer of information, building complexity through photographic imagery, geometric structures, point fields, atmospheric effects, and carefully choreographed movement. Foreground elements passed close to the lens while distant clusters dissolved into haze, creating deep parallax and the sensation of traveling through an environment extending far beyond the frame. The challenge was maintaining visual hierarchy within that extraordinary density, allowing individual memories to emerge from the surrounding information without sacrificing the overwhelming scale of the system. Ultimately, thousands of independent elements came together as a single cinematic experience, transforming a vast archive of information into something immersive, atmospheric, and unexpectedly emotional.
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Credit List
Design Studio: GMUNK Studio, Inc.
Chief Creative Officer: Bradley G. Munkowitz
Executive Producer: Simona Bunardzhieva
VFX Producer: Matteo J.D. Veglia
GFX Design Lead: Jayse Hansen
VFX Production Coordinator: Christian Trineer
Lead GFX Artists: Toros Kose, Darby Faccinto, Justin Hemsley, Daniel Lazo, Christian Haberkern
Lead VFX Artists: Adam Swaab, Ryan Cashman, Serjan Burlak
GFX Artists: Cisco Torres, Pedro Fleming, Seth Molson, Angie Feret, Ryan Close
VFX Artists: Daniela Levy
Design Studio: GMUNK Studio, Inc.
Chief Creative Officer: Bradley G. Munkowitz
Executive Producer: Simona Bunardzhieva
VFX Producer: Matteo J.D. Veglia
GFX Design Lead: Jayse Hansen
VFX Production Coordinator: Christian Trineer
Lead GFX Artists: Toros Kose, Darby Faccinto, Justin Hemsley, Daniel Lazo, Christian Haberkern
Lead VFX Artists: Adam Swaab, Ryan Cashman, Serjan Burlak
GFX Artists: Cisco Torres, Pedro Fleming, Seth Molson, Angie Feret, Ryan Close
VFX Artists: Daniela Levy