Location Information Based Service TRIZ Cases

GPS and GSM tracker data triggers shipment orders automatically when cargo leaves an origin geo-zone, reducing manual entry errors and delays.

Edge-based positioning routes terminal measurements through the user plane to a nearby server, reducing 4G and 5G location latency.

UE-set privacy requests let AMF and UDM authorize IoT tracking and locating, enabling managed LCS access while blocking unauthorized clients.

A location network function verifies UE privacy profiles before sidelink ranging, preserving 5G positioning accuracy while reducing privacy risk.

Multiple auxiliary UEs improve ranging accuracy while a server enforces target UE privacy profiles to control cooperative measurements.

Defined-area location filtering tracks in-area users, routes emergency calls to the right platform, and avoids unnecessary network congestion.

Age-gated enable and disable logic blocks underage use of smoking substitute devices until verification is passed.

Combining item-tag and location-tag RFID signals enables automatic detection of misplaced retail items and real-time location data correction.

Direct satellite transmission sends distress alerts and exact coordinates without relay stations, speeding rescue response in remote terrain and seas.

Proactive context-based positioning switches processor use and fence granularity to cut location delay without noticeable battery drain.

Adaptive switching between odometry and location services preserves wearable battery life while still reconstructing workout routes.

By detecting UEs moving in unison from call, transit, and topology data, this case improves QoS and tower resource planning.

Wi-Fi modules detect user movement between monitored spaces to wake IoT devices early, cutting standby power use without missed interactions.

Semantically segmented 3D cells with validity intervals move location processing to the edge, cutting latency while preserving privacy.

Cryptographic location certificates let target services verify which access point routed a message, improving trust in network data without exposing exact location.

Bluetooth connection events activate the right NFC card where geo-fence or positioning signals are weak, unstable, or unavailable.

Wireless nodes let the UE locate itself indoors and send updates only on movement, improving floor-level tracking while saving battery and data.

A stored privacy profile screens ranging requests before direct device positioning, preventing location leakage while preserving secure ranging.

Geofencing, Bluetooth, and response prediction deliver promotional messages without personal data, reducing signup friction and privacy risk.

Probability weighting by dwell time and observation frequency corrects undercounted geolocation data for more reliable visitor and overnight stay estimates.

When a retail tag loses Bluetooth beacon visibility, it switches to GPS to keep tracking outside the store while saving battery.