CASE STUDY 02

TASKFLOW OS

CLIENT Buildhub Internal
SERVICES UI Engineering
Interaction Design
YEAR 2026
OUTCOME Spatial Interface

THE CHALLENGE

Modern productivity tools feel "flat" and weightless.

The challenge was to reintroduce digital gravity. We wanted tasks to feel like physical objects that stack, bounce, and interact with the cursor using Skeuomorphic Design principles, moving beyond the standard 2D web interface.

COGNITIVE HAPTICS

We engineered "Digital Resistance." By adding micro-latency via elastic animations, we trick the brain into perceiving tasks as physical objects with mass.

This creates a subconscious "heaviness" to the interface. When a user completes a task, the recoil animation triggers a dopamine response similar to physically crossing out a line on paper.

Methodology: Kinetic UX

VOLUMETRIC SPACE

The browser is usually treated as a flat plane. TaskFlow treats it as a 3D volume.

We utilized inverse-square law calculations to track cursor proximity. Input fields tilt toward the mouse, creating a magnetic pull. Shadows deepen as elements "lift" off the screen. It is not just about looking 3D; it is about behaving with spatial awareness.

Methodology: Spatial Computing

THE PHYSICS ENGINE

We replaced standard DOM transitions with GSAP physics. The input field calculates mouse position to tilt in real-time, and tasks use Elastic Easing to bounce into place.

  • + GSAP Elastic.out(1, 0.75)
  • + 3D CSS Transform Perspective
  • + Z-Index Layering System
  • + Event Delegation Patterns

LOGIC

ELASTIC
TILT
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