Abstract motion directions — Frames 1 & 2

Dot grid falls and flattens onto the execution layer, then that line becomes the Airlock control layer — approved dots pass through, unapproved dissipate.

The globe collapses onto the execution layer, then the control layer sorts approved (pass through) from unapproved (dissipate).

Concentric rings fall onto the execution layer, then the control layer lets approved activity pass through to a clean outcome below.

Static fine grid — color & light travel across it, converge to one wave. (your #7)

Diagonal wavefronts sweep the grid, then resolve onto one column.

Edge pulses fire inward and collapse onto one center point.

Bright comets cross the grid, then merge into one trail to a point.

Interfering ripples across the grid resolve to one source.

Scan bands at many angles align into one narrowing band.

Fine-dot globe — arcs firing everywhere, then funneling to one destination. (your #8)

Globe flattens — every dot funnels through a single point. (A)

Globe collapses to a disc; dots spiral through one point. (B)

Original fine-dot dispersion. (your #9)

Denser start, clean controlled convergence to one point. (A)

Denser start, smooth curved streams into one point. (B)

Many rotating dot rings; everything spirals through the center. (A)

Rotating rings peel off and route through the center. (B)

Flowing brand-blue streamlines — turbulent field funnels into one channel.

Ultra-fine dots — scattered cloud streams into one glowing node.

Soft drifting blue gradient field — turbulent zones coalesce into one core.

Light beams in perspective — crisscrossing streaks funnel to one point.

A warped blue grid — disorder resolves and aligns into one column.

Overlapping waves — interference phase-locks into one clean signal.