02 Void of Black Boxes The camera pushes forward into a deep black void as sleek metallic cubes move toward the screen in a rigid and tight formation, obscuring distant lights.
03 Black Box Grid As the camera continues forward through the grid of black boxes, ‘decision pathways’ made of light begin to form and branch out from the cubes – symbolizing a visual language of the conventional AI being formulated.
04 Important Decisions The decision-making visual language of the AI shoots upward out of a conventional AI cube, in order to highlight that the conventional AI is attempting to make an “important devision”.
05 Fullscreen Static As the visual language of the AI builds up, it turns the screen into white-hot static.
06 Light Blast A sudden blast of light cuts through the static, and glitches out in blocks of fading data as the screen to black.
07 Binary World The camera is now travelling forward through a digital landscape representative of the lack of vibrant data. The camera moves through the binary world, passing through decision paths leading to endless rigid grids of ones & zeros.
08 Black and White World Grids of black and white squares glitch over the landscape, as well as supporting text elements arranged in 3D grids extending into the distance. The camera moves forward through the landscape, branching decision paths lead to large typographic elements (black and white) on the horizon.
09 Yes & No World “Yes” and “No” text grids glitch into place as the camera continues to push forward over the barren landscape.
10 WHY Decision pathways converge on a single point in space and fall just short of reaching “Why”, a large typographic element in mid-frame.
11 Conventional AI World The camera pushes into large monolithic structures, as decision-paths animate into view and weave throughout the cityscape.
12 Cognitive Vortex Multi-fractal cores of colorful data particles explode outward, consisting of highly complex arrangements of swirling particle systems.
13 Cognitive AI Tunnel The camera picks up speed and blasts through a twisting colorful tunnel made of light and patterns of bright colors.
14 Explosive Data Sphere Multi-layered spheres of data particles explode outward into vast colorful patterns of glittering bits of light.
15 Risky Explosion A reddish explosion of particles communicates “risk” from the V/O.
16 Trust The camera begins to rotate around the particle explosions to reveal a tubular structure of vertically moving particles – indicating structure.
17 Binary Explosion As the camera completes its rotation, a final explosive shockwave of binary digits expands outward shaking the camera and covering the scene with glistening data. The information tree is revealed inside the core of the explosion.
18 Information Tree The binary data explosion forms into a rotating information tree.
19 Cognitive Sphere The camera pulls back from the information tree to reveal it within the core of the cognitive sphere.
20 Cognitive Lens Reveal The camera continues to pull back as two adjoining focal rings close in to form the triad of the cognitive lens array.
21 Cognitive Lens Matrix The camera continues to zoom out as the data matrix begins to form within the sphere core.
22 Lens Matrix A data matrix manifests, unfolding into multiple layers of numerical and iconic arrays, from behind the refractive view of the cognitive lens.
23 Lens View The camera becomes fully focused within the Cognitive Lens, with a full view of the data matrix. Within the sequence, the camera ultimately pushes through into the matrix and rotates around to focus on key bits of data.
24 Lens to Industrial Factory An industrial factory manifests at the core of the data matrix as the scene transitions to pivot around the structure.
25 Factory to Holographics The scene transitions from the industrial factory to it’s holographic representation in an office settings, all seen through the eye of the cognitive lens.
26 Holographic Zoom The view zooms deep into the holographic structure and zeroes into a particular spherical structure, as data unfolds around the element to illustrate further levels of informational detail.
27 Recommendations The scene transforms to become an infographical screen readout, something which might be displayed as a results/recommendations screen on a monitor.
28 User Interaction The camera pulls back from the recommendations screen to reveal that it is displayed upon a computer and display system within a conference environment.
29 Data Matrix Holographics The spherical data matrix manifests within the context of the conference environment, as the lens is revealed to support the transition to the next scene.
30 Data Matrix – Office Environment The scene pulls back from a laptop to reveal the data matrix presented in digital modes amid another office environment.
31 Camera Zoom Out From Cognitive Lens in the Field The camera pulls back to reveal that the cognitive lens is situated physically in the field – pulling in data from the environment. The camera pulls up and over the scene, moving higher and higher.
32 Data Earth The camera pulls back from the surface of a digital ‘Data Earth’.