Selective Password Synchronization for Heterogeneous Account Groups

The patent segments accounts into different groups based on risk levels, resource types, and password policy requirements. High-risk accounts (e.g., administrator accounts) are separated from low-risk accounts (e.g., user accounts), allowing selective password synchronization only within appropriate groups. This segmentation prevents a single compromised password from affecting all accounts while maintaining consistency within each segment.

The patent applies different password synchronization policies to different account groups based on their specific characteristics. High-risk accounts have different synchronization rules compared to low-risk accounts. This local quality approach allows the system to tailor password management strategies to the specific security requirements of each account type, rather than applying a uniform policy to all accounts.

The patent implements dynamic password synchronization policies that automatically adjust based on account characteristics, resource types, and organizational requirements. The system can dynamically determine which accounts should receive synchronized passwords and which should maintain unique passwords, adapting to changing security requirements and password policies without manual reconfiguration.

The patent changes the parameters of password synchronization by introducing multiple synchronization policies with different characteristics. Instead of a single binary synchronization decision, the system uses multiple parameters including risk level, resource type, and policy priority to determine synchronization behavior. This allows the system to adapt to different password complexity rules and requirements across various accounts and resources.

The patent creates a universal password synchronization framework that handles multiple account types, risk levels, and password policies through a single integrated system. The selective synchronization mechanism serves multiple functions simultaneously: it maintains security by preventing compromise propagation, ensures policy compliance through configurable rules, and provides ease of management through centralized control. This multi-functionality reduces the need for separate systems for different security requirements.

The patent implements self-service capabilities where the system automatically determines which accounts should receive password synchronization based on pre-configured policies and rules. The selective synchronization mechanism autonomously evaluates account characteristics, applies appropriate policies, and executes synchronization decisions without requiring manual intervention for each account. This self-service approach reduces operational complexity while maintaining high security and compliance standards.