Decentralized Data Management for Mobile Distributed Systems

The patent segments the highly distributed system into autonomous data nodes and messaging nodes. Each node independently manages and transfers data segments, enabling parallel data distribution across the network. This segmentation improves data availability through multiple access points while reducing overall network bandwidth consumption by distributing the transfer load across many nodes simultaneously.

The patent creates multiple copies of data across different autonomous nodes in the decentralized network. Instead of transferring large data sets to centralized servers, data is replicated and stored across multiple nodes, improving availability while reducing the bandwidth burden on any single transfer path. Policy files control the copying and distribution process.

The patent implements self-service through autonomous nodes that independently execute data management policies without centralized coordination. Each node autonomously receives policy files, interprets them, and performs data transfer and management operations locally. This decentralized self-service approach maintains operational control while dramatically reducing system complexity and improving scalability compared to centralized management.

The patent inverts the traditional centralized control model by placing intelligence and decision-making capabilities at the edge nodes rather than at a central server. Policy files contain the control logic that enables nodes to autonomously make decisions about data management. This inversion reduces the complexity burden on central infrastructure while maintaining effective data control through distributed policy enforcement.