Universal Interaction
Standards
From smartphones and kiosks to VR headsets and AI-driven environments, nearly every modern interface that processes touch, gesture, or spatial input has converged on a single architectural sequence, nearly every modern interface has converged on a single architectural sequence: the Five Part Logic Path, protected by U.S. Patent 10,225,471.
Why Standards Exist
Nearly every time someone awakens a smartphone, navigates a VR menu with hand gestures, swipes through an in-car infotainment system, or taps a retail kiosk, they are engaging a standardized interaction sequence.
This sequence is not random. It is architecturally required by the way modern human-computer interaction systems process input across touchscreens, spatial interfaces, and AI environments, and it is protected by U.S. Patent No. 10,225,471.
The Scale of Zone-Based Interaction
Evidence of the global footprint of Poindexter 471
Market Context
- Estimated annual attributable economic activity: ~$61.76 trillion across 184 sectors
- An estimated 615M+ global organizations deploy zone-based interaction daily
- Smartphones, VR/AR systems, automotive HUDs, kiosks, and AI interfaces all follow the same interaction path
- 31 forward patent citations, including 19+ from Apple, demonstrate architectural influence
The Five Part Logic Path
Nearly every modern touchscreen interaction, from ATMs to self-checkout terminals to in-car displays, follows this universal architectural sequence defined by U.S. Patent No. 10,225,471.
Single Zone
The Whole Screen Is One Button
The entire display surface acts as a unified interaction area. Any touch anywhere triggers a single, consistent response.
Multi Zone
The Screen Divides Into Regions
The surface splits into distinct spatial zones, each mapped to a different function or outcome based on location.
Gesture
Movement Becomes Meaning
Tap, hold, swipe, pinch, and drag are interpreted as distinct commands. The same zone can respond differently based on gesture type.
Action
Intent Becomes Execution
Each gesture within each zone triggers a specific system action: capture, scroll, zoom, confirm, dismiss, or any mapped behavior.
Dynamic Toggle
The Interface Reshapes Itself
The system transitions between Single Zone and Multi Zone states in real time based on context, user action, or system state.
Single Zone → Multi Zone → Gesture → Action → Dynamic Toggle. This is the standardized logic path that governs how nearly every modern touchscreen device processes human interaction. It is not a design choice. It is a structural requirement.
Experience Zone-Based Logic
Select an interaction below and watch how it activates across the interface zones in real-time. Every "Anywhere" standard works on any surface area of the display.
Select an interaction to begin
Active Zones
How It Works
Each interaction activates specific zones on the display surface, not fixed buttons.
The interface responds based on which zone receives input and the current mode of the system.
This is the core principle of the Poindexter 471 architecture.
The 10 "Anywhere" Standards
Our technical analysis confirms that smartphones, VR/AR headsets, automotive HUDs, kiosks, AI environments, and nearly every major interface category utilize these proprietary interaction patterns. This list is representative across all 184 sectors and remains open to all emerging interfaces.
Anywhere Wake
Activating any idle interface, from a dim smartphone lock screen to a dormant VR environment, by toggling from a Single Zone standby state to an active Multi Zone menu via Dynamic Toggle.
Example
Smartphone: Tap anywhere to wake → home screen zones activate | VR: Hand gesture anywhere wakes dormant environment
Anywhere Scroll
Panning through content using any part of the interaction surface: swiping a phone screen, scrolling a kiosk catalog, or flicking through a spatial UI in AR/VR.
Example
Phone: Swipe anywhere to scroll feed | Car HUD: Scroll anywhere through navigation options | VR: Flick anywhere to browse menus
Anywhere Zoom
Pinching or gesturing to scale content: enlarging a photo on a phone, zooming into a 3D model in VR, or inspecting fine print on a medical display.
Example
Phone: Pinch anywhere to zoom on map | AR headset: Spread gesture anywhere to enlarge holographic model
Anywhere Capture
Instantly capturing content, whether a screenshot on a smartphone, a QR scan at a terminal, or a spatial snapshot in an AR environment, without requiring a specific button target.
Example
Smartphone: Tap anywhere to capture photo | Kiosk: Tap anywhere to scan QR | AR: Pinch anywhere to snapshot scene
Anywhere Focus
Tapping or selecting a specific element to center and prioritize it: focusing a camera subject, highlighting a UI element, or selecting an object in a 3D workspace.
Example
Phone camera: Tap anywhere to focus | VR: Gaze anywhere to isolate object | Dashboard: Tap anywhere to expand widget
Anywhere Start / Resume
Initiating or resuming any process via global surface engagement: starting media playback, resuming an interrupted session, or launching an AI workflow.
Example
Smartphone: Tap anywhere to resume video | Kiosk: Tap anywhere to restart session | AI assistant: Voice anywhere to resume task
Anywhere Pause / Interrupt
Instantly freezing or pausing an active process: halting a video stream, pausing a navigation route, or interrupting an AI-generated response with a global input.
Example
Phone: Tap anywhere to pause playback | Car: Tap anywhere to pause navigation | VR: Gesture anywhere to freeze scene
Anywhere Dismiss
Clearing overlays, notifications, or modal dialogs by engaging any background area: dismissing pop-ups on a phone, closing alerts on a dashboard, or waving away a VR notification.
Example
Phone: Tap anywhere to close modal | VR: Swipe anywhere to dismiss notification | Kiosk: Tap anywhere to clear promo
Anywhere Drag & Drop
Moving elements between zones: rearranging apps on a smartphone, dragging files between folders, or repositioning 3D objects in a spatial computing environment.
Example
Phone: Drag anywhere to move app | VR: Grab anywhere to move 3D object | Dashboard: Drag anywhere to reorder widget
Anywhere Acknowledge
Confirming a system state change via any surface input: accepting terms on a phone, confirming a delivery on a kiosk, or acknowledging an AI recommendation.
Example
Phone: Tap anywhere to accept update | Smart display: Tap anywhere to confirm action | AI: Voice anywhere to proceed
20 additional standards demonstrate the full breadth of zone-based interaction.
Universal Across All 184 Sectors
These standards govern nearly every system with zone-based, mode-dependent, display-as-control-plane interaction, regardless of industry or device. Smartphones, AR/VR headsets, automotive HUDs, medical imaging systems, industrial HMI panels, AI-driven interfaces, kiosks, and smart home displays all operate on the same architectural foundation.
The Five Part Logic Path is the structural requirement. The 10 Anywhere Standards are the behavioral proof. Together, they demonstrate that the Poindexter 471 architecture is the universal layer beneath nearly every modern human-computer interaction system, with a claimed Fair Market Value of $40 trillion
THE FOUNDATIONAL TOUCHSCREEN INTERACTION ARCHITECTURE
License Haptic Zones® Today.
Patent US 10,225,471 B2 • Registered Trademark HAPTIC ZONES®