Abstract: A system for distributing signals from at least one land-based service provider and at least one satellite-based service provider to multiple auxiliary devices comprising: a wireless dish antenna for connection to a satellite or cell tower; a wireless access point coupled to the wireless dish antenna and a transputer coupled to the wireless access point. The transputer includes a circuit board, at least one processor, an operating system for interfacing with the processor, memory and physical resources, at least one transmitter for transmitting to auxiliary devices, at least one receiver for receiving from auxiliary devices, a repeater, a plurality of data ports, at least one hard drive, and memory all coupled to the processor, and network cards coupled to the data ports, including at least one network card coupled to the wireless access point to allow interaction with satellite, cell towers and/or land-based Internet.

Abstract: A multipurpose transceiver based on internet protocol addressing, designed in conjunction with two different satellite dish antenna setups one wireless and the other wired. The transceiver receives signals such as radio or microwaves from space satellites, cell towers, surveillance cameras and transmitters at specified frequencies and utilizes the different frequency ranges to process input and output. Services include television, wireless home phone, Internet, fax service, surveillance camera service, real time video, real time train, ship or boat location, real time airplane cockpit audio, flight data and geographical location of plane in terms of coordinates for timely search and rescue. The system also collects data from environmental data delivery sensors. A combination of two or more of frequency range, address, system identification numbers and phone number deters unauthorized access to service.