Secure Network Ecosystem with Decentralized Token Authorization

The system segments data storage into multiple decentralized nodes across different ecosystems rather than centralized cloud storage. Each ecosystem maintains its own secure database, and data is distributed across these nodes. This segmentation prevents single-point failures and reduces the attack surface for unauthorized access while maintaining accessibility through the federated query engine that can search across multiple segmented locations.

The patent introduces an intermediary authentication server and token-based authorization system that mediates between users and decentralized data storage. The authentication server issues time-limited tokens that enable secure access without exposing underlying data locations or structures. This intermediary layer maintains convenience of access while enforcing security protocols and preventing direct access to segmented data nodes.

The system implements self-service authentication where users independently manage their own credentials and access permissions through the authentication server. The token-based system automatically handles authorization without requiring administrative intervention for each access request. Time-limited tokens expire automatically, and the system self-manages token validation across all ecosystems, eliminating the need for complex administrative oversight while maintaining strong security.

The patent changes the authentication parameter from static credentials to dynamic time-limited tokens. Instead of using permanent passwords or access keys that require manual management, the system issues tokens with specific time constraints and scope limitations. This parameter change simplifies administration because tokens automatically expire and can be revoked without affecting underlying user accounts, reducing administrative burden while maintaining security.