Subscriber Identity Module Dynamic Network Information Provisioning
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Solution Overview
Problem
The existing methods for providing operator-specific information to SIM cards are inefficient, requiring retailers to stock and manage multiple SIM cards from different operators, and the Machine Communication Identity Module (MCIM) has not gained widespread use due to high handling costs.
Innovation Solution
A method for provisioning network information into a subscriber identity module within a user device, where the information is configured based on the device's capabilities and can be received in various formats such as text, RFID tags, or barcodes, allowing dynamic configuration and elimination of the need for physical SIM cards.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If operator-specific SIM cards are manufactured and stocked by retailers, then each SIM card can be immediately used with its corresponding operator, but retailers incur high handling costs and complexity from managing multiple operator-specific SIM cards
Solution Approach 1:
The SIM card is designed to be universal and operator-agnostic, capable of working with multiple operators through dynamic provisioning. The SIM card can be configured remotely to support different operators, eliminating the need for retailers to stock multiple operator-specific SIM cards while maintaining the ability to connect to the correct operator network.
Solution Approach 2:
The SIM card is pre-configured with the capability to receive operator-specific information through remote provisioning. The infrastructure for dynamic configuration is established in advance, allowing the SIM card to be activated for specific operators after issuance without requiring physical reconfiguration or manufacturer intervention.
2Reliability
If multiple operator-specific SIM cards are manufactured, then each SIM card is optimized for its specific operator, but the manufacturing and distribution process becomes complex and costly
Solution Approach 1:
The SIM card functionality is segmented into two parts: a universal base configuration that works with multiple operators, and operator-specific parameters that are dynamically provisioned remotely. This separation allows standardized manufacturing of the universal SIM card while enabling flexible, on-demand configuration for different operators through electronic provisioning.
Solution Approach 2:
A remote provisioning system acts as an intermediary between SIM card manufacturers and operators. This intermediary infrastructure enables the distribution of operator-specific information electronically, eliminating the need for complex coordinated manufacturing processes between multiple manufacturers and operators while ensuring reliable SIM card activation.
3Extent of automation
If MCIM is used for machine-to-machine authentication, then credential management is automated, but handling costs remain high due to the specialized infrastructure required
Solution Approach 1:
The SIM card is designed to provide universal authentication capabilities that can serve both traditional mobile subscriptions and machine-to-machine communications. By using the existing SIM card infrastructure with remote provisioning, the system achieves automated credential management for M2ME without requiring the specialized MCIM infrastructure, thereby reducing complexity while maintaining automation.
Data Source
AI summary
A method in a subscriber identity module, a subscriber identity module, a method in a user device and a user device for provisioning of network information is provided. Moreover, a method in a first network node and a first network node for managing network information is provided. The first network node receives a request for the network information, wherein the request comprises information about capabilities of the user device. Next, the first network node generates network information according to a format selected according to the capabilities of the user device. The network information is received by the user device. Next, the user device provisions the network information into the subscriber identity module.