Cloud Storage Token Management for Direct Data Transfer

The patent combines multiple cloud storage service accounts into a single unified interface. The system aggregates access tokens from different cloud storage providers and presents them through one centralized application, allowing users to manage multiple accounts without dealing with individual account complexities. This merging approach maintains increased storage capacity while eliminating the management burden of multiple separate accounts.

The patent creates a universal interface that works across multiple cloud storage service providers. The system is designed to be provider-agnostic, supporting various cloud storage services through a single application that handles authentication, token management, and data operations uniformly. This multi-functionality allows users to access different cloud storage services through one tool rather than managing separate accounts for each provider.

The patent extracts the authentication and token management functions from the data transfer path. The system obtains access tokens from cloud storage service providers and stores them locally on the user's device. This separation allows the aggregator functionality (account management) to be decoupled from the data transfer path, eliminating the need for data to route through a centralized server and reducing latency while maintaining ease of account management.

The patent uses access tokens as intermediaries between the user's device and cloud storage service providers. Instead of requiring continuous communication through an aggregator server for data transfer, the system establishes direct connections using pre-obtained tokens. The token acts as a mediator that enables direct access without requiring the aggregator server to be involved in every data operation, thus reducing latency while maintaining unified account management.

The patent implements periodic synchronization with optimized intervals. Instead of continuous or overly frequent communication, the system establishes reasonable synchronization intervals that maintain data consistency while reducing unnecessary communications. The local client compares index updates at scheduled intervals rather than continuously, significantly reducing battery consumption while maintaining acceptable synchronization reliability for mobile devices.

The patent uses incremental synchronization that only processes changed data. Rather than performing full synchronization operations frequently, the system identifies and processes only the specific data elements that have changed since the last synchronization. This partial action approach maintains synchronization reliability by focusing on necessary updates while minimizing the energy expenditure associated with transmitting and processing large amounts of unchanged data.