Service Provisioning TRIZ Cases

Storing structured group profiles enables automatic regeneration of favorite peer-to-peer networks, eliminating manual device selection during reconnection.

One-time mobile wallet linked to travel itinerary automatically presents payment options based on GPS location.

Portable wireless devices query a database server to obtain white space data, resolving receiver sensitivity limitations that hinder accurate channel detection.

Vendor cloud onboarding server verifies IoT device identity through upstream switch connections.

An AI-driven network slicing node dynamically allocates resources to resolve the trade-off between service adaptability and architectural complexity.

Terminal LPA sends unlock messages with verification data to eUICC profiles, eliminating physical store visits and reducing user time consumption.

A vehicle service control system detects licensee terminals to manage service activation and status monitoring.

Remote server processing eliminates dedicated school hardware requirements while enabling teachers to simultaneously lock or unlock student device interfaces.

Mapping core network slice identifiers to radio access networks resolves isolation complexity while reducing signaling overhead.

A radio virtual machine replaces abstract processing elements with elementary components to execute user-defined functional blocks.

Segmented service activation and periodic monitoring reduce power consumption while maintaining coverage for reduced bandwidth terminals.

A configuration parameter guides user equipment to read access point name parameters from multiple input sources based on network-defined priority.

A communication device predicts future link performance using current parameters to adapt operations proactively.

A Service Association Table maps OMA BCAST identifiers to CMMB bearer parameters.

Local backup devices store static configuration data for controller working positions and communication gateways.

A gateway apparatus manages data transfer between terminals and mobile edge computing servers within evolved packet core networks.

An electronic device generates a response signal containing identification information to establish connections with media devices.

A system determines latency budgets for microservices and deploys specific services to Multi-Access Edge Computing networks.

Web-based device management application transmits service data to mobile communication devices via encrypted wireless channels.

Proximity-based rule copying automates device configuration, eliminating manual setup steps and reducing user frustration.

A token server assigns service plans to cellular devices via onboarding tokens, eliminating complex coordination during mass deployment.

Portable computing devices automatically discover and download application programs from nearby appliances using close-range wireless communication.

A management system dynamically determines enrollment requirements based on operating systems and organizational groups to streamline device access.

A software SIM application manages mobile network operator profiles on client devices.

A node configures independent security and customer virtual local area networks using automatic device classification.

A vehicle cloud platform converts subscribed data into serialized binary byte arrays for efficient transmission.

A determination unit selects provision information based on vehicle position and source data location.

Serialized event data in spreadsheets resolves programming complexity by allowing non-technical users to control IoT devices without writing code.

Relocating authentication ID storage from the communication device to terminal non-volatile memory reduces processing load and improves efficiency.

A system modifies application behavior by detecting network bandwidth state changes to push timely updates.

An intermediary server manages authentication while terminals verify data integrity to resolve security and operational complexity trade-offs.

A provisioning system configures wireless devices by receiving unique identifiers and transmitting software files over secure sockets.

A node acquires SM-DP and SM-SR identities to create eUICC association triplets for flexible network connectivity.

Mobile device filters content using contextual tags that define behaviors based on current location, time, or user state.

A mobile terminal detects network connection conditions and running modes to schedule internal software updates.

A mobility management entity propagates update configuration data to peers, reducing manual maintenance effort across the network.

Mobile node selectively establishes data connections during LTE to UTRAN handovers based on usage statistics and priority values.

An identity proxy function intercepts registration requests to enable mobile subscriber identity reuse across multiple device profiles.

A wireless network access software upgrade method preserves user settings during over-the-air deployment.

A first device transmits resource information on a sidelink bandwidth part to coordinate non-overlapping transmission and reception resources.

A network entity configures mobile devices with region-specific parameters to enable direct peer-to-peer communication.

A settings database establishes parent-child relationships between mobile network operator and virtual operator configurations.

Segmenting a single pre-shared key into unique keys per device resolves the security trade-off in shared networks while automating access management.

Dynamic affinity scoring matches developers with relevant product modules, resolving inconsistent functionality and missing features in generated applications.

Comparing primary GPS coordinates with secondary wireless network signals detects location spoofing attacks on IoT devices.

A communication apparatus delays deactivating a specific interface after receiving an airplane mode notification to allow automatic reactivation of individual functions.

A network data analytics function uses consumer feedback to monitor machine learning model accuracy.

Polling control module adapts request frequency using usage characteristics, reducing power consumption during low activity periods.