SMARiTT NSE Page 17 Text

perfected something better than that by now.
          There is one other point I would like to make about microscopic eavesdrop
and monitoring equipment. The fact that they are so small, cost so little, and last
about five years or more, makes them disposable cameras and microphones. When
the battery goes dead you don't replace the battery, you just install a new unit.
Besides that, it would be a little hard to find the old one anyway.


          The electronic signals are what connect all of the cameras, audio
equipment, and so on. There are only two ways to send and,or receive electronic
signals. One is through the wire and the other is through the atmosphere using
eeewaves. These two ways are commonly used together. Computers centrally
control and manage all of this stuff. When it comes to sending signals through the
wire, there are at least two major, national, public wire systems. One of them is
the electric company and the other is the phone company. The cable television
company is another example of a national wire system. Computers can send and,or
receive signals through any one of these wire systems and it can be done
extremely sophisticatedly. Also, other wire systems have been or can be installed
for even higher security purposes. When it comes to sending the signals through
the atmosphere, this is done through eeewaves.


          Electronic electromagnetic energy waves have been called many things.
They have been called radio waves, airwaves, electromagnetic waves, or maybe
something else. Eeewaves are simply electronic electromagnetic energy waves
transmitted and,or received through the atmosphere with electronic equipment.
Eeewaves are completely invisible and they are commonly used everyday.
Eeewaves are used in a vast array of uses. The eeewave range, scope, or field is
enormous and probably infinite. Here is a list of some common, everyday uses of
eeewaves.