Six interoperable layers support spatial awareness, independent navigation, coffee craft and live coordination across the floor.
Coordinated service · live
Spatial event relevant signal professional action confirmed service
01
Intelligent tactile substructure
Independent orientation through a live hospitality environment.
Explore this layer
Input
Tactile routes, location tags and defined service zones.
Processing
A consistent spatial grammar maps safe routes and decision points.
Output
Readable floor information and precise location references.
User interaction
Follow, pause and confirm at each decision point.
Fallback
Fixed memorised routes and team protocol.
System role
Operational layer
Continuous improvement
Ongoing material, durability and layout refinement.
02
Spatial intelligence
Real-time awareness of arrivals, occupancy and table status.
Explore this layer
Input
Operational spatial events rather than personal identity.
Processing
The system classifies events and directs only the relevant task.
Output
Arrival, seating and table-status cues.
User interaction
The appropriate team member receives a concise private signal.
Fallback
Manual entry and scheduled floor checks.
System role
Operational layer
Continuous improvement
Privacy-preserving local processing and stronger edge resilience.
03
Multimodal point of sale
Complete order control without visual or screen dependency.
Explore this layer
Input
Voice, tactile controls, menu structure and order codes.
Processing
Modifiers, totals and order states are structured and confirmed.
Output
Speech, Braille-ready instructions and a kitchen queue item.
User interaction
Review, correct and confirm before submission.
Fallback
Braille order pad and structured verbal hand-off.
System role
Operational layer
Continuous improvement
Broader device and payment interoperability.
04
Tactile machinery interface
Repeatable coffee preparation through touch, sound, weight and temperature.
Explore this layer
Input
Control position, dose, time and thermal feedback.
Processing
Calibrated checkpoints translate machine state into accessible cues.
Output
Tactile, audio and haptic confirmation.
User interaction
A professional barista workflow with consistent physical references.
Fallback
Calibrated manual tools and station procedures.
System role
Operational layer
Continuous improvement
Continued equipment and manufacturer integration.
05
Dynamic haptic wearables
Private directional, service and safety communication.
Explore this layer
Input
Assigned tasks, route instructions and live status changes.
Processing
A small vocabulary converts each instruction into a distinct cadence.
Output
Learnable vibration patterns at the wrist or wearable.
User interaction
Recognise, act and confirm without interrupting hospitality.
Fallback
Audio guidance and charged replacement devices.
System role
Operational layer
Continuous improvement
Personalised intensity and expanded cue profiles.
06
Operational telemetry
Coordinated service, safe hand-offs and consistent standards.
Explore this layer
Input
Order, station, route, table and equipment status.
Processing
Task ownership and queue state are coordinated across the floor.
Output
Relevant team signals and operational oversight.
User interaction
Accept, hand off, complete and review.
Fallback
Local operation and spoken team protocol during connectivity loss.
System role
Operational layer
Continuous improvement
Training, flow and quality insights across future locations.
Local continuity
Core order handling and accessible station workflows continue locally if external connectivity is interrupted.
Multimodal fallback
If a wearable or tactile signal is unavailable, audio guidance, fixed routes and trained team protocols preserve service continuity.
Operational readiness
Charged replacement devices, manual station standards and clear escalation roles keep technology failure from becoming a service failure.
Privacy by design
Spatial awareness is not identity.
The system interprets operational events such as arrival, occupancy and table status. It does not depend on facial recognition. Public notices will explain data purpose, processing, retention and human oversight.