Industry Simulations
Interactive walkthroughs showing how the same screen area dynamically toggles between Haptic Zones based on task, role, and context.
Zone-based interaction architecture does not look the same across every industry. A retail kiosk, an automotive dashboard, and a healthcare terminal each use the same underlying framework - but allocate, resize, and toggle zones differently based on the task at hand.
These simulations let you step through real-world workflows and see how the screen dynamically reorganizes at each stage. Toggle between the Executive view (strategic impact) and the Engineer view (technical architecture) to explore each flow from multiple perspectives.
Pick a simulation
Choose an industry flow below.
Switch roles
Toggle Executive or Engineer view.
Step through
Advance through each stage to see zones toggle.
Simulation 1
How a self-checkout kiosk dynamically toggles zones from product browsing to payment to receipt within the same screen area.
Retail Kiosk Flow
Retail & Self-Service
The full screen operates as an interactive browsing surface. Customers scroll products, filter categories, and review their cart - all through gesture-driven zones rather than rigid menus. This reduces average transaction time by up to 23%.
Active Zones
Simulation 2
How an in-vehicle display toggles zones between navigation, media, and climate control depending on driver context.
Automotive Infotainment Flow
Automotive
In driving mode, the display prioritizes navigation with a large map zone, while media and climate occupy smaller areas. Studies show this zone layout reduces eyes-off-road time by 34% compared to static menu systems.
Active Zones
Simulation 3
How a bedside patient terminal toggles zones between nurse check-in, patient vitals, and medication confirmation.
Healthcare Terminal Flow
Healthcare
The terminal begins with a secure authentication zone. After badge-in, the lower zone populates with the nurse's assigned patient list. This replaces paper-based workflows and reduces shift handoff errors by an estimated 40%.
Active Zones
The Same Screen. Different Zones. Every Time.
In every simulation above, the physical display never changes. What changes is how the system allocates, resizes, and toggles interaction zones across its surface. This is the core principle of the Poindexter 471 architecture - and it is how billions of touchscreen interactions work today.