MapSmart – Smart Task Fulfilment and Biometric-Adaptive Shopping System

Abstract

MapSmart is an intelligent fulfilment and shopping coordination system designed to optimise the management of errands, tasks, and purchases through predictive routing, biometric-responsive interfaces, and flexible fulfilment modes. The system enables users to dynamically build and adjust task lists by leveraging real-time traffic conditions, live stock availability, catalogue promotions, biometric stress signals, energy levels, and user-defined preferences. Core functionalities include catalogue-to-route planning, unified cart management across multiple vendors, vendor-integrated checkout, buy-now-pay-later (BNPL) options, task delegation to trusted users, and real-time adaptive route optimisation based on user behaviour, location, or environmental conditions. MapSmart further enhances accessibility through a biometric-adaptive user interface that simplifies navigation during periods of cognitive load or stress. It supports fulfilment by self-pickup, delivery, or third-party delegation, offering users complete flexibility and control. Designed for both mobile and web platforms, MapSmart provides a comprehensive, adaptive, and highly accessible solution for efficient and collaborative fulfilment management. MapSmart is an intelligent fulfilment and shopping coordination system designed to optimise the management of errands, tasks, and purchases through predictive routing, biometric-responsive interfaces, and flexible fulfilment modes. The system enables users to dynamically build and adjust task lists by leveraging real-time traffic conditions, live stock availability, catalogue promotions, biometric stress signals, energy levels, and user-defined preferences. Core functionalities include catalogue-to-route planning, unified cart management across multiple vendors, vendor-integrated checkout, buy-now-pay-later (BNPL) options, task delegation to trusted users, and real-time adaptive route optimisation based on user behaviour, location, or environmental conditions. MapSmart further enhances accessibility through a biometric-adaptive user interface that simplifies navigation during periods of cognitive load or stress. It supports fulfilment by self-pickup, delivery, or third-party delegation, offering users complete flexibility and control. Designed for both mobile and web platforms, MapSmart provides a comprehensive, adaptive, and highly accessible solution for efficient and collaborative fulfilment management. 20 25 20 30 32 30 A pr 2 02 5 2 0 2 5 2 0 3 0 3 2 3 0 2 0 2 5 A p r Figure 4: Route Preview Interface showing multi-stop routing and optimisation toggles. Figure 4: Route Preview Interface showing multi-stop routing and optimisation toggles. 102 Route Preview TRAFFIC A B C Fastest Green Cheap ETA 23 min 0,8 kg OPTIMIZE START FIG. 4 20 25 20 30 32 30 A pr 2 02 5 2 0 2 5 2 0 3 0 3 2 3 0 2 0 2 5 A p r c F a s t e s t G r e e n C h e a p E T A 2 3 m i n O P T I M I Z E S T A R T

Claims

Routing Engine and Fulfilment (Claims 1-13)1.A computer-implemented fulfilment and coordination system comprising:• a mobile or web-based interface configured to receive user-defined tasks;• a routing engine configured to generate an adaptive, multi-stop itinerary based on one or more of real-time traffic data, stock availability, catalogue promotions, biometric signals, user energy levels, environmental preferences, and user-defined constraints;wherein the routing engine dynamically adapts the itinerary based on behavioural inputs, environmental conditions, and system updates to optimise task completion.2.The system of claim 1, wherein the routing engine dynamically reprioritises fulfilment stops based on detected changes in traffic congestion, inventory availability, or user schedule modifications.3.The system of claim 1, wherein the routing engine offers selectable routing modes comprising fastest route, cost-optimised route, fuel-efficient route, and environmentally sustainable route.4.The system of claim 1, wherein the user-defined energy level influences the number, type, and order of tasks included in the generated itinerary.5.The system of claim 1, wherein the routing engine generates a reverse-planned itinerary based on a user-defined return time or event deadline.6.The system of claim 1, wherein task categories are colour-coded and associated with geofenced fulfilment locations.7.The system of claim 1, wherein the system enables the user to preview and select from multiple alternate route variants prior to itinerary confirmation.8.The system of claim 1, wherein the routing engine suggests additional tasks based on historical user behaviour, contextual factors, and seasonal patterns.2025203032  03 Jun 20259.The system of claim 1, wherein itinerary interruptions trigger an automated prompt for truncation, rescheduling, or fallback fulfilment handling.10.The system of claim 1, wherein loyalty rewards, points, and promotions are integrated into route scoring and task prioritisation.11.The system of claim 1, wherein itinerary data including stops, estimated time of arrival, cost, and fulfilment type is synchronised across multiple user devices in real time.12.The system of claim 1, wherein the routing engine incorporates aisle-level store data and inventory information crowdsourced from prior users.13.The system of claim 1, wherein route overlays display estimated savings, fuel usage, and environmental impact per itinerary variant.Task Delegation and Multi-User Coordination (Claims 14-26)14.A computer-implemented multi-user task delegation system comprising:• a permission-based assignment engine configured to allow planner users to assign tasks to delegate users;• a synchronised fulfilment progress tracker across assigned users.15.The system of claim 14, wherein user roles comprise Planner, Delegate, and Viewer, each having defined permissions for task management.16.The system of claim 14, wherein tasks are assigned with voice instructions, text notes, or links to fulfilment guidelines accessible only by assigned delegates.17.The system of claim 14, wherein assigned tasks may be accepted or rejected by delegates, and reassignments are triggered automatically upon rejection.18.The system of claim 14, wherein task activations are triggered by geofenced locations or predefined time windows.2025203032  03 Jun 202519.The system of claim 14, wherein a shared fulfilment timeline dashboard displays live status updates for assigned tasks across all participants.20.The system of claim 14, wherein task visibility is selectively filtered based on role, category, fulfilment method, or location.21.The system of claim 14, wherein live coordination between users executing parallel tasks is enabled through real-time updates.22.The system of claim 14, wherein task delegation supports one-to-one, one-to-many, and many-to-one assignment models.23.The system of claim 14, wherein delegates confirm task progress through tap-based confirmation, voice input, or automatic location tracking.24.The system of claim 14, wherein delayed or incomplete fulfilments trigger automated escalation, notification, or alternate routing.25.The system of claim 14, wherein delegate users are provided with a simplified task list filtered by urgency, fulfilment type, or location proximity.26.The system of claim 14, wherein fulfilment status changes are timestamped and stored for audit trail or collaborative review.Biometric-Responsive User Interface (Claims 27-38)27.A user interface adaptation system configured to monitor biometric and behavioural signals and dynamically modify interface complexity.28.The system of claim 27, wherein biometric signals comprise heart rate, touch pressure, and gaze tracking inputs.29.The system of claim 27, wherein elevated biometric stress signals trigger activation of a simplified interface mode.2025203032  03 Jun 202530.The system of claim 27, wherein erratic interaction patterns initiate a voice-first interaction layout.31.The system of claim 27, wherein during elevated cognitive load, non-essential content and features are hidden.32.The system of claim 27, wherein simplified modes include a monochromatic colour scheme, enlarged navigation elements, and minimalistic layouts.33.The system of claim 27, wherein a user stress score threshold determines automatic switching to simplified or voice-first interaction modes.34.The system of claim 27, wherein users may override biometric-triggered simplification modes manually.35.The system of claim 27, wherein the user interface is fully operable in a voice-command-only mode.36.The system of claim 27, wherein biometric data is encrypted and stored locally on the user's device to ensure privacy compliance.37.The system of claim 27, wherein simplified modes meet international accessibility standards for neurodiverse users.38.The system of claim 27, wherein fatigue detection triggers automatic scheduling prompts or alerts for task rescheduling.Unified Checkout and BNPL (Claims 39-46)39.A unified checkout system configured to consolidate multiple vendor items into a single shopping cart while enabling split fulfilment and flexible payment methods.40.The system of claim 39, wherein buy-now-pay-later (BNPL) options are available per item, per vendor, or globally across the entire shopping cart.2025203032  03 Jun 202541.The system of claim 39, wherein fulfilment options per vendor are displayed independently during checkout to allow differentiated scheduling and payment management.42.The system of claim 39, wherein loyalty reward points and discounts are calculated in realtime during checkout to optimise cost outcomes for the user.43.The system of claim 39, wherein out-of-stock items are automatically substituted with instock equivalents based on user preferences or prompt confirmations.44.The system of claim 39, wherein the user may assign different fulfilment types, including pickup, delivery, or delegation, on a per-item or per-vendor basis.45.The system of claim 39, wherein checkout schedules are synchronised with user calendars and can generate automatic fulfilment reminders.46.The system of claim 39, wherein a shared cart functionality enables multiple users to contribute to, modify, or execute fulfilment collaboratively.Simulation Engine (Claims 47-51)47.A fulfilment simulation engine configured to visualise proposed shopping routes and test multiple outcome scenarios under varying timing, energy, and environmental conditions.48.The system of claim 47, wherein selectable simulation modes comprise fastest completion, lowest cost, energy-efficient, and manual customisation modes.49.The system of claim 47, wherein simulation results display estimated completion time, cost, environmental emissions, and user effort scores.50.The system of claim 47, wherein the simulation engine visually differentiates fulfilment types across the route segments, including pickup, delivery, and delegation.51.The system of claim 47, wherein users can manually modify simulated routes by reordering tasks, excluding stops, or adjusting fulfilment preferences before confirmation.2025203032  03 Jun 2025Catalogue, Aisle, and Smart Suggestions (Claims 52-60)52.A catalogue integration module configured to allow users to browse digital catalogues, add items to a fulfilment list, and automatically generate optimised shopping routes based on selected items.53.The system of claim 52, wherein fulfilment routes are generated based directly on catalogue item selections and associated fulfilment preferences.54.The system of claim 52, wherein the system generates item suggestions based on catalogue specials, detected mood, time of day, user history, or environmental conditions.55.The system of claim 52, wherein items are automatically tagged with fulfilment modes before routing, enabling dynamic fulfilment path optimisation.56.The system of claim 52, wherein fulfilment routes are optimised in combination with calendar events, allowing users to schedule errands and shopping within other planned activities.57.The system of claim 52, wherein the system provides indoor navigation guidance within retail locations using aisle-level mapping.58.The system of claim 52, wherein aisle navigation recommendations are refined based on historical in-store movement data collected from prior fulfilment sessions.59.The system of claim 52, wherein external factors such as user stress state, weather conditions, or time constraints influence in-app item suggestion prompts.60.The system of claim 52, wherein in-store context-aware nudges are provided when the user is detected near suggested or related items.System Integration and Cross-Device Synchronisation (Claims 61-65)2025203032  03 Jun 202561.A fulfilment coordination platform configured to synchronise across mobile devices, web portals, wearable devices, and smart speaker systems.62.The system of claim 61, wherein multi-user roles and task assignments are dynamically adjustable mid-route based on user location, availability, or task progress.63.The system of claim 61, wherein real-time catalogue pricing, promotions, and stock data are retrieved and updated via external vendor application programming interfaces (APIs).64.The system of claim 61, wherein anonymised user behavioural data is aggregated to generate performance metrics including route efficiency scores and fulfilment patterns.65.The system of claim 61, wherein the fulfilment coordination platform is deployable across consumer, aged-care, enterprise logistics, and assisted living environments.

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