Telecom Access Management System for Third Party Application Privacy

The patent segments access permissions by creating distinct permission sets for different TPAs, allowing each application to receive only the minimum necessary access rights. The system divides user data and service execution rights into granular permission units that can be selectively granted, thus enabling service functionality while protecting privacy through controlled segmentation of access rights.

The patent introduces an intermediary permission management system that sits between TPAs and user devices. This intermediary layer validates and controls all access requests, mediating between the need for TPA functionality and the requirement for privacy protection. The intermediary enforces permission policies, audits access, and prevents unauthorized operations, resolving the contradiction by adding a controlling layer.

The patent implements a universal permission management framework that handles multiple TPAs, users, and service types through a single integrated system. The permission management module serves multiple functions: authentication, authorization, auditing, and policy enforcement across diverse applications and devices. This multi-functional approach consolidates complexity into a manageable central system rather than requiring separate control mechanisms for each TPA.

The patent manages complexity by dynamically changing permission parameters based on service requirements, user preferences, and security policies. The system adjusts access rights, validation strictness, and monitoring levels as parameters rather than maintaining fixed complex structures. This allows the system to adapt its complexity level to actual needs, simplifying operations when possible while maintaining protection where required.

The patent implements dynamic access levels that can be adjusted in real-time based on service context, user actions, and security requirements. Rather than static permission levels, the system dynamically modifies access rights during operation, allowing precise control when needed while automatically reducing restrictions when safe. This dynamic approach achieves high precision control without permanent complex management structures for each access level.

The patent applies partial permission granting where TPAs receive only the specific subset of permissions needed for their function rather than comprehensive access levels. The system implements minimum necessary access for each service type, avoiding excessive permission assignments. This partial action approach achieves sufficient privacy control precision without the overhead of managing comprehensive multi-level permission systems for all possible access scenarios.