Blockchain secured polyphonic radio (PR) wireless mesh networks using pulse-based communications (PBC) methods and apparatus
A networking architecture that incorporates the security of Blockchain distributed ledgers as an authentication layer, while connecting mesh nodes using secure, pulse-based wide-band and ultra wide-band communication technology to provide a nearly undetectable, unbreakable, and dynamic wireless communication mesh architecture that can securely transmit data, voice and video over short ranges, in one embodiment, up to 1 Km, is disclosed.
1. A polyphonic radio (PR) wireless mesh network, comprising:
(a) a plurality of Polyphonic Radios (PRs) in communication with each other using RF pulse-based communications (PBC); wherein the PBC communications include Ultra-Wide Band (UWB) and Wideband (WB) Communication technologies, and wherein the PBC communications permit transmission of voice, data and video over relatively short-range distances; and wherein each PR has an NDN network security profile assigned thereto;
(b) a Network Administrator controlling communications on the mesh network, wherein the Network Administrator uses Blockchain authentication and encryption techniques to determine and control the authenticity of a PR on the mesh network, and wherein the Network Administrator determines whether a selected PR is permitted use and communication in the mesh network using the Blockchain techniques; and
(c) Named Data Network (NDN) communication protocols adapted for use with the wireless mesh network, wherein data is distributed among the PRs based on the NDN network security profile assigned to each PR wherein the NDN network security profile determines the type of data each PR is allowed to transmit and receive within the mesh network;
wherein the PRs are used to implement swarm operations requiring the coordination of a plurality of vehicles or users to achieve an operational objective, and wherein the plurality of vehicles each have a PR that communicates positional and other information to a swarm operation coordinator, and wherein the operation, motion and pilotage of each of the vehicles is controlled and coordinated to achieve the operational objective.
2. The PR wireless mesh network of claim 1 , wherein the swarm operation comprises delivery of packages using unmanned drones, and wherein each unmanned drone is equipped with one or more PRs, and wherein the traffic routes, flight paths, arrival, departure, altitude, airspeed, heading, GPS positions, and position accuracy of each unmanned drone are tracked and controlled to effect the swarm operational objective.
3. The PR wireless mesh network of claim 1 , wherein the swarm operation comprises coordinating a plurality of autopiloted automobiles to improve traffic flow, and wherein each autopiloted automobile has one or more PRs, and wherein each PR transmits information that may include common information comprising the following: the speed of each automobile; brake usage of each automobile; alerts from one or more PRs in the network that may provide information related to automobile accidents; and information from popular applications across the plurality of automobiles.