Network engineered architecture for focused automated networks
AssigneeSpectredge Wireless Inc.
InventorsMohan Tammisetti, David V. Aguilar
Life of this patent
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Abstract
A layered secure private edge high-speed network architecture apparatus comprising an integrated local area network (LAN) and wide area network (WAN) interface, including a router-switch board and memory for storing software and applications. A central processing unit (CPU) is configured for software execution and to drive apparatus components, wherein at least one satellite receiver and at least one radio transceiver is configured to accept and send signals. A control unit (CU) is utilized to direct operations, and wherein at least one protocol data unit (PDU) is employed for communicating network addresses; and a transmitting antenna system is configured to provide a layered secure edge network signal to a user.
Claims19
A layered secure private edge high-speed network architecture apparatus comprising:
- an integrated local area network (LAN) and wide area network (WAN) interface;
- a router-switch board;
- memory for storing software and applications;
- at least one central processing unit (CPU) configured to execute instructions of the software and applications stored on the memory, wherein the CPU drives apparatus components;
- at least one satellite receiver;
- at least one radio transceiver configured to accept and send 5th generation mobile network (5G) communication signals;
- at least one control unit (CU), wherein the CU fetches instructional data from the CPU, and translates the instructional data into control signals, wherein the control signals direct operation of the CPU and perform 5G communication through the at least one satellite receiver and at least one radio transceiver;
- at least one protocol data unit (PDU) in communication with the CU, wherein the CU is connected between the PDU and the CPU, and wherein the 5G communication separated into a first group of layers having network addresses with at least three 5G communication layers of data, wherein the at least three 5G communication layers of data are transmitted by the PDU and through the CU to the CPU, and a second group of layers having control layers transmitted from the CU to the CPU;
- a transmitting antenna system connected to the satellite receiver and comprising radiating elements, wherein a layered secure edge network signal is transmitted to a user.
A method for providing a layered secure private edge network architecture comprising the steps of:
- integrating local area network (LAN) and wide area network (WAN) interface links;
- configuring a router-switch board;
- storing software and applications in the memory;
- configuring a central processing unit (CPU) to execute instructions of the software and applications stored on the memory to drive apparatus components;
- configuring a control unit (CU) to fetch instructional data from the CPU and translate the instructional data into control signals, wherein the control signals direct operation of the CPU and perform 5th generation mobile network (5G) communication through at least one portable wireless satellite receiver and a radio transceiver to accept and send 5G communication signals;
- employing a protocol data unit (PDU) in communication with the CU, wherein the CU is connected between the PDU and the CPU, and wherein the 5G communication separated into a first group of layers having network addresses with at least three 5G communication layers of data, and a second group of layers having control layers, wherein the first group of layers having at least three 5G communication layers of data are transmitted by the PDU and through the CU to the CPU, and the second group of layers having the control layers transmitted from the CU to the CPU;
- transmitting and receiving the 5G communication signals via a radio transmitter;
- and
- providing the 5G communication signals to a user in a layered secure edge network via an antenna system connected to the satellite receiver.
Dependencies are inferred from the claim text.