Multi-Provider Geofence Management via Centralized Intermediary
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Solution Overview
Problem
Existing location-based service systems face challenges in managing dynamically sized geofences and beacons, particularly in optimizing resource usage on user devices, managing time-restricted zones, and coordinating multiple providers without interference.
Innovation Solution
The system implements an active zone management system that dynamically creates and adjusts geofences and beacons based on user device limitations, a time-window zone management system to ensure only active zones are monitored, and a multi-provider management system for secure, centralized coordination of location-based services.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If multiple providers implement location-based service zones independently on user devices, then each provider can manage their zones autonomously, but resource usage on user devices increases and interference between providers occurs
Solution Approach 1:
A centralized service zone management system acts as an intermediary between multiple providers and user devices. The system receives service zone data from multiple providers, processes it centrally, and delivers optimized zones to user devices. This mediator approach allows providers to maintain autonomy in defining their zones while the centralized system manages resource constraints and prevents interference, resolving the contradiction between provider independence and resource efficiency.
2Reliability
If all location-based service zones from multiple providers are monitored continuously, then complete coverage is achieved, but device resources are overwhelmed and performance decreases
Solution Approach 1:
The service zone data from multiple providers is segmented and consolidated by the centralized management system. Instead of monitoring all zones simultaneously at the device level, the system divides zones by provider, applies individual time-window restrictions, and manages them separately. This segmentation reduces the monitoring burden on user devices while maintaining comprehensive coverage across all providers through centralized coordination.
Solution Approach 2:
The system dynamically adjusts which service zones are active based on time-window restrictions and current conditions. Rather than continuously monitoring all zones from all providers, the management system activates only relevant zones at specific times, optimizing device performance while ensuring reliable monitoring of active zones. This dynamic approach balances coverage completeness with device productivity.
3Measurement precision
If geofences are made dynamically sized to fit user needs, then service precision improves, but complexity of managing boundaries and coordinates increases
Solution Approach 1:
The centralized service zone management system serves as an intermediary that handles the complexity of dynamically sized geofences. Providers can define precise, irregularly shaped zones with multiple coordinates, and the management system processes these complex definitions, performs geometric calculations, and manages boundary interactions. This shifts the computational complexity from user devices to the centralized system, maintaining high measurement precision while reducing device complexity.
Data Source
AI summary
Disclosed are various embodiments for a multi-provider management system for location-based service zones. The multi-provider management system can receive data associated with location-based service zones from multiple providers. A unique identifier can be assigned to each provider. The multi-provider management system can send location-based service zones from multiple providers to a client device, and can receive trigger event notifications associated with the location-based service zones. The unique identifier can be used to identify which provider to notify when receiving a trigger event notification.