Multi-path message distribution and message reassembly for large data flow using forward error correction with high-performance computing (hpc)

A system for providing a multi-path data flow with forward error correction (FEC) protection, the system comprising:

• a route deviation controller (RDC);
• a plurality of heterogenous route deviation devices (HRDD), wherein each HRDD is implemented via a high performance computer;
• a network comprising a plurality of transmission links;
• and
• a high level coding language platform running on the high performance computer, wherein the high level coding language platform is configured to perform:
• encoding a first plurality of packets to a plurality of FEC encoded packets;
• transmitting the plurality of FEC encoded packets;
• and
• decoding the plurality of FEC packets to a second plurality of packets.

A non-transitory computer readable storage medium storing instructions that when executed by a processing device, cause the processing device to:

• receive an incoming flow of data at an input parser, wherein the incoming flow of data is a single stream of data sent via a source;
• divide the incoming flow of data into a first plurality of packets via the input parser;
• pass the first plurality of packets to a first master FEC to generate a plurality of FEC encoded packets;
• transmit the plurality of FEC encoded packets to a second master FEC via a network with a plurality of transmission links;
• receive the plurality of FEC encoded packets at the second master FEC, wherein the second master FEC decodes the plurality of FEC encoded packets and generates a second plurality of packets;
• and
• pass the second plurality of packets to an output combiner, wherein the output combiner merges the second plurality of packets into an outgoing flow of data in a correct sequence, and wherein the outgoing flow of data is received at a destination.