FIELD: methods for encrypted communication.
SUBSTANCE: subscriber device establishes an encrypted connection with a metadata node through at least two primary router nodes and one secondary router node of a decentralized computing system for transmitting a stream of data packets, wherein the data packet stream is divided into corresponding parts between primary routing nodes and the length of each transmitted packet is shorter than the encryption period. In each of the primary routing nodes, the IP address of the transmitting subscriber device is replaced with a primary temporary IP address when routing data packets. In the secondary router node, the primary temporary IP address has been replaced with a secondary temporary IP address, and the metadata node is the closest available metadata node relative the secondary router node. In the metadata node, data packets with a request to perform a task from the transmitting subscriber device are received over the established encrypted connection, task is divided into subtasks, each subtask is assigned at least two available execution nodes, task-related data are received over the established encrypted connection from the transmitting subscriber device, received data related to a task are distributed between subtasks; an encrypted portion of distributed data is sent to each of the execution nodes according to the assignment of the subtasks. Corresponding actuating device monitors execution of each subtask, and the result of the task based on the execution of all subtasks is provided either to the transmitting subscriber device over the established encrypted connection, or to another subscriber device that has previously established a new encrypted connection with the metadata node.
EFFECT: high data security in a distributed data network.
5 cl, 2 dwg
