Management Center Server Group Service Subscription Index
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Solution Overview
Problem
Existing pseudocode technologies for mobile service management require excessive interactions between the carrier server and application server, leading to increased data maintenance and network load, especially for group users, as each user needs a pseudocode allocation and multiple message packaging, which compromises information security and efficiency.
Innovation Solution
A management center server is introduced to reduce interactions by storing a group service subscription index, allowing the service engine to check subscriptions and obtain group user IDs, thereby enabling efficient service delivery to group users while maintaining information security through reduced interactions between the carrier server and application server.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If pseudocode technology is adopted for each user in group service, then information security is improved, but device complexity and data maintenance burden increase
Solution Approach 1:
The patent merges the pseudocode management for all group users into a single group-level pseudocode. Instead of maintaining separate pseudocode mappings for each user (PseudoCode21→MSISDN1, PseudoCode2→MSISDN2, etc.), the system uses one group pseudocode that represents the entire group. This reduces the complexity of data maintenance while preserving information security through the intermediary mechanism.
Solution Approach 2:
The group pseudocode serves multiple functions simultaneously: it acts as the identifier for the group in service subscriptions, masks all individual user identities from the application server, and enables unified service delivery to all group members. This universal identifier eliminates the need for multiple individual pseudocode mappings.
2Reliability
If pseudocode is allocated to each group user, then information security is improved, but the number of interactions and network load increase
Solution Approach 1:
The patent combines multiple interaction sequences into a single streamlined process. Instead of the application server interacting with the carrier server multiple times for each user's pseudocode resolution, the system performs one interaction to resolve the group pseudocode, then directly delivers services to all group users. This merging of interactions significantly reduces network load and improves efficiency.
3Ease of operation
If multiple message packaging is performed for each group user, then individual service delivery is achieved, but network flow and processing load increase
Solution Approach 1:
The patent merges the service delivery process by using the group pseudocode as a single recipient address. Instead of packaging and sending separate messages to each user (generating multiple network flows), the system packages services once with the group pseudocode as the destination. The carrier server then distributes these services internally to all group members, significantly reducing network flow consumption while maintaining individual service delivery capability.
Data Source
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AI summary
A method and system for providing mobile service comprise: management center server stores subscription index of group service; service processor receives a service message provided by service application server and sends subscription authentication request comprising service identification and group identification to management center server after resolving the receiver of the service message is a group identification of the service message; management center server authenticates whether the group has subscribed the service according to the stored group service subscription index, and service engine obtains the group user identification belonging to the group identification after the authentication is passed, and sends service message to user terminal.; In this way, the application server only performs service interaction with service engine, thus it's convenient for subscribing mobile service for group user uniformly, and interaction times between operator server side and the application server is reduced, and network flow is decreased, and security of group and group user information is protected. The management center server is also disclosed in the invention.