US 2026/0230422 A1Published application

Multi-path secure data transmission system and method of use

OwnerMike Hamiltoninventor

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Abstract

A system and method for secure multipath data transmission is disclosed. A transmitting device identifies multiple physical network interfaces, each associated with a distinct public IP address, and assigns a virtual logical IP address to provide a unified communication endpoint with a receiving device. Application layer data is translated into packets and fragmented into multiple independent data splits using an artificial intelligence (AI) efficiency algorithm that dynamically determines fragmentation ratios based on real-time network path conditions. The independent data splits are transmitted concurrently across the multiple physical network interfaces and received at the receiving device, where the multiple independent data splits are reassembled into the original data stream for delivery to an application layer. The artificial intelligence (AI) efficiency algorithm can further provide temporal obfuscation by modifying timestamps of the individual data splits and coordinate fragment sequencing and error correction.

Claims20

Dependent claims

A multi-path secure data transmission system comprising;

a transmitting device;
a receiving device;
a public network;
a first multipath and fragmentation engine;
a first command software;
a second multipath and fragmentation engine;
a second command software;
and
an AI optimization engine;
wherein said transmitting device and said receiving device are configured to communicate across said public network;
wherein said transmitting device comprises said first command software and said first multipath and fragmentation engine;
wherein said receiving device comprises said second command software and said second multipath and fragmentation engine;
wherein said AI optimization engine is communicatively coupled between said transmitting device and said receiving device;
wherein said first multipath and fragmentation engine of said transmitting device is configured to fragment outgoing data into multiple independent data splits and distribute said multiple independent data splits across multiple physical network interfaces;
wherein said transmitting device comprises a first Wi-Fi interface and a first cellular interface;
wherein each of said first Wi-Fi interface and said first cellular interface associated with a distinct physical network connection and a corresponding public IP address for secure transmission with said receiving device;
wherein said second multipath and fragmentation engine of said receiving device is configured to receive said multiple independent data splits from said multiple physical network interfaces and to reassemble said multiple independent data splits into an original data stream;
and
further wherein said receiving device comprises a second Wi-Fi interface and a second cellular interface for providing independent connectivity to said public network.

16 more elements

A multi-path secure data transmission system comprising;

a transmitting device;
a receiving device;
a public network;
a first multipath and fragmentation engine;
a first command software;
a second multipath and fragmentation engine;
a second command software;
and
an AI optimization engine;
wherein said transmitting device and said receiving device are configured to communicate across said public network;
wherein said transmitting device comprises said first command software and said first multipath and fragmentation engine;
wherein said receiving device comprises said second command software and said second multipath and fragmentation engine;
wherein said AI optimization engine is communicatively coupled between said transmitting device and said receiving device;
wherein said first multipath and fragmentation engine of said transmitting device is configured to fragment outgoing data into multiple independent data splits and distribute said multiple independent data splits across multiple physical network interfaces;
wherein said transmitting device comprises a first Wi-Fi interface and a first cellular interface;
wherein each of said first Wi-Fi interface and said first cellular interface associated with a distinct physical network connection and a corresponding public IP address for secure transmission with said receiving device;
wherein said second multipath and fragmentation engine of said receiving device is configured to receive said multiple independent data splits from said multiple physical network interfaces and to reassemble said multiple independent data splits into an original data stream;
wherein said receiving device comprises a second Wi-Fi interface and a second cellular interface for providing independent connectivity to said public network;
and
further wherein said AI optimization engine is further configured to apply temporal obfuscation by modifying at least one of timestamps and headers associated with individual said multiple independent data splits prior to transmission and to provide synchronization information to both said transmitting device and said receiving device to enable coordinated reassembly of said multiple independent data splits.

17 more elements

A multi-path secure data transmission system comprising;

a transmitting device;
a receiving device;
a public network;
a first multipath and fragmentation engine;
a first command software;
a second multipath and fragmentation engine;
a second command software;
and
an AI optimization engine;
wherein said transmitting device and said receiving device are configured to communicate across said public network;
wherein said transmitting device comprises said first command software and said first multipath and fragmentation engine;
wherein said receiving device comprises said second command software and said second multipath and fragmentation engine;
wherein said AI optimization engine is communicatively coupled between said transmitting device and said receiving device;
wherein said first multipath and fragmentation engine of said transmitting device is configured to fragment outgoing data into multiple independent data splits and distribute said multiple independent data splits across multiple physical network interfaces;
wherein said transmitting device comprises a first Wi-Fi interface and a first cellular interface;
wherein each of said first Wi-Fi interface and said first cellular interface associated with a distinct physical network connection and a corresponding public IP address for secure transmission with said receiving device;
wherein said second multipath and fragmentation engine of said receiving device is configured to receive said multiple independent data splits from said multiple physical network interfaces and to reassemble said multiple independent data splits into an original data stream;
wherein said receiving device comprises a second Wi-Fi interface and a second cellular interface for providing independent connectivity to said public network;
wherein said AI optimization engine is further configured to apply temporal obfuscation by modifying at least one of timestamps and headers associated with individual said multiple independent data splits prior to transmission and to provide synchronization information to both said transmitting device and said receiving device to enable coordinated reassembly of said multiple independent data splits;
and
further wherein said transmitting device comprises an application layer including one or more software applications for executing on said transmitting device to generate, transmit, receive, and consume application layer data.

18 more elements

Dependencies are inferred from the claim text.