After a natural disaster, infrastructure is chaotic. One street might have power; another might have only a damaged fiber line. MTS-Ncomms allows first responders to deploy portable nodes that automatically aggregate a "franken-network"—using Starlink for command data, LTE for video, and LoRa for sensor telemetry—all simultaneously.
MTS-Ncomms wraps raw data into a Universal Datagram. This datagram carries metadata about priority, latency tolerance, and fragmentation limits. Whether the physical medium is a high-bandwidth fiber or a 1.2 kbps radio modem, the UEL ensures the payload is intelligibly formatted. mts-ncomms
Across every screen in the command center, words appeared in soft, blue-green letters: After a natural disaster, infrastructure is chaotic
Because MTS-Ncomms requires real-time analysis of RF signal quality and packet arbitrage, software-based implementations suffer from latency. Successful deployment requires FPGA-based network interface cards (NICs) or specialized SDR (Software Defined Radio) frontends. MTS-Ncomms wraps raw data into a Universal Datagram