Hierarchical Profile Authorization via IP Addressing
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Solution Overview
Problem
Existing authentication and content management methods in social networking platforms rely on user accounts and credentials, leading to issues such as unnecessary complexity, inconvenience, and lack of flexibility in managing profile ownership and presence verification, especially in scenarios involving dynamic IP addresses and device movements.
Innovation Solution
A social networking platform that uses hierarchical identification values, such as IP addresses and product IDs, for automatic profile authorization and content management, allowing devices to automatically sign in and out based on their IP addresses or product IDs, and enabling temporary ownership transfer without the need for traditional account credentials.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If traditional account-based authentication methods are used, then profile ownership can be managed, but the system becomes complex and inconvenient especially with dynamic IP addresses and device movements
Solution Approach 1:
The patent extracts the authentication mechanism from traditional account-based systems and replaces it with IP address-based automatic authorization. The core authentication function is separated from the complex account management infrastructure, allowing devices to be authorized simply by obtaining an IP address from the network, thereby eliminating the need for usernames, passwords, and credential verification processes.
Solution Approach 2:
The IP address serves multiple functions: it acts as both a network identifier for communication and as an authentication credential for profile access. This multi-functionality eliminates the need for separate authentication credentials, simplifying the system while maintaining security through the inherent uniqueness and network-validated nature of IP addresses.
2Adaptability or versatility
If user accounts and credentials are used for content management, then profile ownership can be tracked, but flexibility is reduced in dynamic network scenarios
Solution Approach 1:
The system performs preliminary authorization by assigning IP addresses through DHCP or similar protocols before any profile access is attempted. The network infrastructure pre-establishes the device's identity and authorization status through IP assignment, so when the device needs to access profiles, authentication has already been implicitly completed, eliminating time-consuming login processes.
Solution Approach 2:
Devices automatically obtain IP addresses and gain profile access rights through the network's automatic IP assignment process without human intervention. The system self-manages the authorization state by monitoring IP address assignments and automatically updating profile access permissions when IP addresses change, eliminating manual account management overhead.
3Reliability
If static IP addresses are assigned, then profile authorization is stable, but adaptability to device movement and network changes is reduced
Solution Approach 1:
The system dynamically adjusts profile authorization based on the device's current IP address assignment. When devices move between networks or obtain new IP addresses through DHCP lease renewals, the system automatically detects the IP change and updates the authorized profiles accordingly. This dynamic adaptation maintains reliable authorization without requiring static IP assignments, allowing seamless operation in mobile and changing network environments.
Data Source
AI summary
A method of accessing and managing content in a network based on unique standardized hierarchical identifications of products is provided. The method receives a notification that a first electronic device has completed an ownership event associated with a first product that includes a unique standardized hierarchical identification comprising a plurality of hierarchical sections. A first plurality of temporarily owned profiles is assigned to the first electronic device. Each profile in the first plurality of temporarily owned profiles is associated with one hierarchical section in the plurality of hierarchical sections of the first product. A temporarily owned profile associated with the lowest level in the first unique standardized hierarchical identification is associated with an item identification of the first product. Each profile associated with a hierarchical level of the first unique standardized hierarchical identification other than the lowest hierarchical level is associated with a hierarchical subsection of the network.