Secure routing of data packets including with use with transpositional modulation fortified communications

A method for secure routing of data packets, the method comprising:

• providing a data stream on a first communication network, the data stream formed, at least in part, from a plurality of data packets;
• using a source security certificate engine implemented on a first computerized device, the first computerized device in communication with the first communication network:
• assigning a certificate signature to a data packet of the data stream on a per-packet level;
• assigning a network route number to the data packet of the data stream to thereby encrypt the data packet;
• generating at least one encryption key;
• and
• selecting a carrier network path from available carrier channels, wherein the encrypted data packet is communicated over the selected carrier network path;
• and
• decrypting the encrypted data packet using the at least one encryption key on a destination security certificate engine implemented on a second computerized device, the second computerized device in communication with the selected carrier network path and a second communication network.

A system for secure routing of data packets, the system comprising:

• a data stream on a first communication network, the data stream formed, at least in part, from a plurality of data packets;
• a source security certificate engine implemented on a first computerized device, the first computerized device in communication with the first communication network, wherein the source security certificate engine:
• assigns a certificate signature to a data packet of the data stream on a per-packet level;
• assigns a network route number to the data packet of the data stream to thereby encrypt the data packet;
• generates at least one encryption key;
• and
• selects a carrier network path, wherein the encrypted data packet is communicated over the selected carrier network path;
• a plurality of carrier channels, wherein the selected carrier network path is selected from the plurality of carrier channels, and wherein at least one of the plurality of carrier channels is a transpositional modulation (TM) channel;
• a TM signal communicated on the TM channel, wherein the TM channel with TM signal does not exceed a spectral mask of an original carrier of an RF channel, and wherein the encrypted data packet is carried within the TM signal;
• and
• a destination security certificate engine implemented on a second computerized device, the second computerized device in communication with the selected carrier network path and a second communication network, wherein the destination security certificate engine receives the TM signal and decrypts the encrypted data packet using the at least one encryption key.

A method for secure routing of data packets, the method comprising:

• providing a data stream on a first communication network, the data stream formed, at least in part, from a plurality of data packets;
• using a source security certificate engine implemented on a first computerized device, the first computerized device in communication with the first communication network:
• assigning a certificate signature to a data packet of the data stream on a per-packet level;
• assigning a network route number to the data packet of the data stream to thereby encrypt the data packet;
• generating at least one encryption key;
• and
• selecting a carrier network path, wherein the encrypted data packet is communicated over the selected carrier network path;
• providing a plurality of carrier channels, wherein the selected carrier network path is selected from the plurality of carrier channels, and wherein at least one of the plurality of carrier channels is a transpositional modulation (TM) channel;
• communicating a TM signal on the TM channel, wherein the TM channel with TM signal does not exceed a spectral mask of an original carrier of an RF channel, and wherein the encrypted data packet is carried within the TM signal;
• and
• receiving the TM signal at a destination security certificate engine implemented on a second computerized device, the second computerized device in communication with the selected carrier network path and a second communication network, and decrypting the encrypted data packet at the destination security certification engine using the at least one encryption key.