Human-Centric Interface for Enterprise Data Interaction
Shifted interaction with enterprise data from abstract, screen-based workflows to embodied, spatial experiences aligned with human cognition.
Situation
Traditional enterprise interfaces rely on text-heavy, screen-based interaction models that do not align with how humans naturally process complex environments. This created friction in interpreting large datasets and reduced the ability to form intuitive mental models.
Solution
A human-centric interaction model was developed leveraging spatial computing principles. The system emphasized perception and exploration rather than query-driven interaction.
OUTCOMES
Challenges
Cognition
- •Text-heavy interfaces
- •Weak mental models
- •Abstract data interpretation
Workflow
- •Query-driven interaction
- •Friction in exploration
- •Low intuitive engagement
Solutions
Real-World Spatial Design
Designed environments that mimic real-world spatial experiences.
- Shaped digital environments to resemble familiar physical spaces
- Improved orientation and interpretability through spatial cues
Movement-Based Interaction
Enabled interaction through movement, orientation, and proximity.
- Used position and movement as core interaction mechanisms
- Enabled users to discover information through exploration
- Made interaction more natural and less query-dependent
Familiar Physical Analogies
Represented data artifacts using familiar physical analogs (e.g., rooms, objects, surfaces)
- Translated enterprise artifacts into recognizable spatial forms
- Reduced cognitive effort by using familiar metaphors
- Improved comprehension for technical and non-technical users
Multi-Sensory Immersion
Allowed multi-sensory engagement via immersive technologies.
- Supported immersive technologies to deepen interaction
- Extended data exploration beyond flat, screen-based workflows
Operational System Continuity
Preserved integration with existing systems for authoritative actions.
- Kept authoritative workflows tied to existing enterprise systems
- Preserved operational trust in source platforms
- Enabled new interaction models without disrupting core systems