Exhibit 10.5

                        The Director of the United States
                           Patent and Trademark Office

Has received an  application  for a patent for a new and useful  invention.  The
title and  description of the invention are enclosed.  The  requirements  of law
have  been  complied  with,  and it has been  determined  that a  patent  on the
invention shall be granted under the law

Therefore, this

                              United States Patent

Grants to the person(s)  having title to this patent the right to exclude others
from making,  using,  offering for sale, or selling the invention throughout the
United States of America or importing  the  invention  into the United States of
America for the term set forth below subject to the payment of maintenance  fees
as provided by law

If this  application was filed prior to June 8, 1995, the term of this patent is
the longer of  seventeen  years from the date of grant of this  patent or twenty
years from the earliest effective US. filing date of the application, subject to
any statutory extension.

If this  application was filed on or after June 8, 1995, the term of this patent
is twenty years from the US. filing date, subject to any statutory extension. If
the application contains a specific reference to an earlier filed application or
applications  under 35 U S.C.  120,  121 or  365(c),  the term of the  patent is
twenty years from the date on which the earliest  application was filed, subject
to any statutory extensions.


                                /S/ Jon W. Dudas

            Acting Director of the United States Patent and Trademark


<PAGE>
United States Patent                                                   6,680,923

Leon                                                            January 20, 2004

COMMUNICATION SYSTEM AND METHOD

                                    Abstract

A system and method for establishing  communication with any one of a variety of
different  wireless  communication  devices including through the provision of a
short range  transceiver  assembly so as to provide  data  communication  from a
sender to the wireless communication device either over the Internet,  utilizing
an Internet  access  facility,  such as a computer,  or  alternatively  using an
over-the-air  network,  compatible with the communication  device.  The wireless
communication  device  is  structured  to  operate  on  either  of at least  two
independent  frequencies  for  communication  with  the  computer  or  with  the
over-the-air  network,  dependent  on  predetermined  parameters  including  the
acceptance of a unique identifier or code and/or the positioning of the wireless
communication  device,  within a  predetermined  vicinity  range relative to the
computer.  An auto switching capability  establishes data communication with the
computer  or  with  the   over-the-air   network,   dependent   on  whether  the
identification and vicinity parameters have been met.
<TABLE>
<CAPTION>
----------------------------------------------------------------------------------------
<S>                          <C>                                               <C>
Inventors: Leon; Robert, Miami, FL (US)

Assignee:  Calypso Wireless, Inc., Miami, FL (US)

Appl. No.: 09/577,812

Filed:     May 23, 2000

Current U.S. Class:                                                     370/328; 370/352

Intern'l Class:                                                              H04L 012/64

Field of Search: 370/328,329,330,338,345,349,352,353,354,355,356,343,395. 2,395.3,395.52
----------------------------------------------------------------------------------------
                                References Cited
----------------------------------------------------------------------------------------
                              U.S. Patent Documents
5910946                    Jun., 1999                Csapo                       370/328.
6023241                    Feb., 2000                Clapper.
6028764                    Feb., 2000                Richardson et al.
6040784                    Mar., 2000                Miller.
6047047                    Apr., 2000                Aldridge et al.
6049291                    Apr., 2000                Kikinis.
6052812                    Apr., 2000                Chen et al.
6272348                    Aug., 2001                Saario et al.               455/452.
6549543                    Apr., 2003                Shin                        370/474.
6570871                    May., 2003                Schneider                   370/356.
6601040                    Jul., 2003                Kolls                        705/14.
6608832                    Aug., 2003                Forslow                     370/353.

<PAGE>
Primary Exam       iner: Yao; Kwang Bin
Attorney, Agent or Firm: Malloy & Malloy, P.A.
-----------------------------------------------------------------------------------------
Description
-----------------------------------------------------------------------------------------
</TABLE>

                           BACKGROUND OF THE INVENTION

1.   Field of the Invention

This  invention  is  directed  to a system and method of  establishing  wireless
communication  either over the Internet,  through an Internet  access  facility,
such as a computer,  or  alternatively  by a  compatible  over-the-air  network,
dependent on whether the wireless  communication  device and the Internet access
facility are  relatively  located inside or outside a  pre-established  vicinity
range. The system includes auto-switching capabilities for determining the route
of communication with the wireless  communication device dependent,  at least in
part,  on  predetermined  parameters,  which  may  include  the  pre-established
vicinity range and recognition of a unique  identifier  associated with at least
the wireless communication device.

2.   Description of the Related Art

At the present  time,  it is well  recognized  that the  wireless  communication
industry  is  enjoying  a period of  dramatic  growth.  Although  the  number of
subscribers  is still  relatively  low,  as  compared  to the  maximum  capacity
available,  carriers are offering networks with excellent coverage, lower prices
and an increasing variety of additional  options. As such, there is a recognized
limit to the traditional  wireless  communications  capabilities.  As such, even
with the recent advancements in wireless  communication  technology there exists
even more  opportunity  to provide  subscribers  with vastly  improved  wireless
communication standards.

Additionally,  it is recognized that with the increasing  popularity of local or
global computerized  networks,  individuals are relying more and more heavily on
alternate means of communication and information gathering. Still, however, each
of  these  communications  mediums  despite  there  usefulness,  are  maintained
generally  independent  from  one  another,  requiring  a user  to  utilize  the
specified  technological  medium applicable.  Moreover,  as the technologies are
maintained  generally  independent  from  one  another,  they do not  take  full
advantage of integration  possibilities available due to advances in technology.
For example, one increasingly popular medium for wireless  communication relates
to the use of  "Bluetooth"  technology.  Such  technology  allows  short  range,
wireless  communication between devices,  thereby providing more versatility and
eliminating  many  cabling  limitations/requirements  that may limit  expansion.
Still, however,  despite the advantageous nature of such wireless communications
protocols,  the use of such  technology  is  currently  limited  to  traditional
communicative  links,  replacing a more traditional  connectivity  solution.  As
such,  the art has failed to truly explore the cross-over  potentials  available
through the expansion of such technology.

Accordingly there is a substantial need in the art for a system and method which
enables the integration or cross-over of various generally related  technologies
so  as to  substantially  increase  the  versatility  and  productivity  of  the
communications services offered.  Specifically,  as will be described within the
context of the present  invention and has yet been un-addressed in the art, such
improved  technology  could  include a hybrid  communication  system  which will

<PAGE>
operate using  standard flex paging  protocol in  combination  with Bluetooth or
similar   technology  for  short  range  messaging.   Such  an  improved  hybrid
communication  system  should  have  the  ability  to  automatically  switch  to
messaging  communication  with the  wireless  communication  device  using,  for
example, an Internet access facility, such as a personal computer (PC), when two
transceivers incorporating the Bluetooth or equivalent technology are within the
pre-established  vicinity  range.  Alternatively,  such an  improved  system  as
provided by the present  invention  could  automatically  switch to over-the-air
network  messaging  with the  wireless  communication  device,  when outside the
pre-established  vicinity range,  representing  substantial savings for both the
carriers and the users.  In particular,  carriers could save money by freeing up
limited band width and thereby have the capacity to subscribe more users,  while
not having to upgrade current infrastructure  hardware.  Users on the other hand
could save money  because they would have the ability to send and receive  large
messages and e-mail wirelessly,  when within the aforementioned  pre-established
vicinity  range,  at a cost no more  than  the  cost of  their  current  network
connection, plus current one-way messaging service.

                            SUMMARY OF THE INVENTION

This invention is directed to a system and method of hybrid  communication which
provides data communication  including,  but not limited to, voice, video and/or
alphanumeric  messaging,  either  over  the  computerized  network,  such as the
Internet,  using an appropriate access facility, such as a personal computer, or
alternatively by means of an over-the-air network such as, but not limited to, a
cellular/paging  network  satellite  communication and other applicable types of
communication  networks.  The wireless communication device, as set forth above,
may include a pager,  cellular  telephone,  personal digital  assistant (PDA) or
other  applicable  wireless  communication  devices  structured  and designed to
perform data communication.

The  system and  method of the  present  invention  incorporates  a  transceiver
assembly  operative on a  recognized-spread  spectrum  standard capable of short
range  communication  such as  "Bluetooth  technology".  As is recognized in the
communication  field,  Bluetooth  technology  incorporates 2.4 GHz wireless data
solution  utilizing  spread  spectrum  techniques  as set forth in detail above.
However, as utilized  hereinafter the term "transceiver  assembly" refers to any
type of short range technology operable in the fashion of "Bluetooth technology"
but not limited thereto.

More  specifically,  the hybrid  communication  system and method of the present
invention  comprises  the  utilization  of one or  more  wireless  communication
devices,  of the type set  forth  above,  each  having a  transceiver  connected
thereto and operable on a short range radio frequency (RF),  wherein each of the
plurality of wireless  communication devices include a unique identifier or code
capable  of being  recognized  by  another  compatible  transceiver,  which also
defines a part of the aforementioned transceiver assembly. More specifically,  a
first  transceiver   designed  to  function  in  accordance  with  Bluetooth  or
equivalent technology,  is connected to an Internet access facility such as, but
not limited to, a computer facility or PC. A second  transceiver is connected to
the  wireless  communication  device.  Obviously,  the  system and method of the
present  invention  contemplates  the provision of a plurality of network access
facilities  or  computers  and a plurality  of wireless  communication  devices,
wherein,  for  purposes  of clarity,  each of the  aforementioned  plurality  of
computers may be connected to a first transceiver and each of the aforementioned
plurality  of  wireless  communication  devices may be  connected  with a second
transceiver.  The unique  identifiers  associated  with each of the plurality of
wireless  communication  devices  are  unique  onto  themselves  and serve as an
identifying code to any one of the  appropriately  programed or configured first
transceivers  associated  with  different  ones of the  plurality of  computers.
Recognition and the  establishment of messaging  communication may be dependent,
at  least  in  part,  on  at  least  one  predetermined   parameter.   One  such
predetermined  parameter may be a vicinity  range,  wherein the first and second
transceivers, in order to recognize one another must be within a pre-established

<PAGE>
vicinity. Currently such a pre-established vicinity range may be generally about
100 meters.  However, it is emphasized that the vicinity range is not limited to
100  meters  and can  vary  greatly  based  at  least  in part on  technological
advancements  and the specific  applications of the present  invention.  Another
possible  predetermined  parameter may be the unique identifier itself,  wherein
communication  between any one of the plurality of network access  facilities or
computers must identify and accept the unique identifier or code of the wireless
communication  device as well as be within the predetermined  vicinity range. As
set forth above, the vicinity range may be pre-established  and determined based
on current technological standards and may vary greatly.

The  communication  system and method of the present invention also incorporates
auto-switching   capabilities,   wherein  data  communication  is  automatically
established  with  the  access  facility  when  at  least  one,  or  both of the
aforementioned predetermined parameters (vicinity range and identification) have
been  established and wherein a first  transceiver  associated with the Internet
access  facility  and  the  second  transceiver  associated  with  the  wireless
communication  device are  configured  to  recognize  and accept one  another to
establish such communication.  Alternatively, the auto-switching capabilities of
the present  invention  establishes data  communication by means of a compatible
over-the-air network, such as an appropriate  paging/cellular network, satellite
communication,  etc. when either or both of the predetermined parameters between
a given access facility and a corresponding  wireless  communication  device are
not  met.  More  particularly  and also by way of  example  only,  the  wireless
communication  device,  when in the  acceptable  vicinity  range of a  computer,
wherein both incorporate a first and second  transceiver as set forth above, can
perform data communication over the network,  such as the Internet,  by means of
the computer or other access facility.  However, when the wireless communication
device is disposed beyond the established  vicinity  range,  the  auto-switching
capabilities will automatically provide for data communication with the wireless
communication  device by means of the over-the-air  network, as set forth above.
The wireless  communication  device associated with the system and method of the
present  invention is  therefore  capable of being  operative  over at least two
distinct  frequency ranges,  dependent on data  communication  being established
with  the   computer  or   Internet   access   facility  or  a   paging/cellular
infrastructure, which may define a compatible over-the-air network.

Other  features of the system and method of the present  invention  comprise the
transceiver  assembly,   whether  incorporating   Bluetooth  technology  or  its
equivalent,  including a scanning  capability  wherein scanning for recognition,
preferably of the unique identifier  associated with each of the transceivers is
conducted and when the aforementioned  predetermined  parameters,  including for
example an  acceptable  vicinity  range of 100  meters or other  pre-established
distance,  is met,  mutual  recognition of the first and second  transceivers is
accomplished.    Such   scanning   may   therefore   be   referred   to   as   a
"find-me-follow-me"  procedure  which  may occur on a  substantially  continuous
basis.

In addition  to the above,  the  communication  system and method of the present
invention  also may include  configuration  capabilities.  This allows  messages
which would be normally  communicated by means of the over-the-air network to be
"stored" until  communication with a particular one of the plurality of wireless
communication devices is established with an appropriate computer  incorporating
the  transceiver  assembly  technology  of  the  type  set  forth  above.  Then,
communication  is established  between the computer and the particular  wireless
communication device to which the messages were originally sent.  Alternatively,
the  configuration  capabilities  may allow  the  selective  configuring  of the
system,  such  that any  stored  messages  would be  transmitted  only  during a
pre-selected  time window.  Such  configuring  of course may assume a variety of
other data regulating configurations.

One  advantage  of the hybrid  communication  system  and method of the  present
invention  which may serve as an incentive is the concept of "revenue  sharing".
More specifically, the system provides the capability of the owner of a computer
to decide which wireless  communication  devices may have access to the network,
utilizing  his or her  computer,  assuming that both the computer and any one of
the plurality of wireless  communication  devices are  associated  with the same

<PAGE>
piconet of the  Bluetooth or equivalent  transceiver  assembly  technology.  The
system may  include  security  software  allowing  only  wireless  devices  with
"permission"  to be able to access the computer's  network.  As the incentive to
open access to others,  including  strangers,  revenue sharing would involve the
service provider system giving credit, in the form of money or other incentives,
to the  owner  of the  computer  which  allows  access  to  "stranger"  wireless
communication devices.

These and other  features and  advantages of the present  invention  will become
more clear when the drawings as well as the detailed  description are taken into
consideration.


                        BRIEF DESCRIPTION OF THE DRAWINGS

For a fuller  understanding  of the nature of the present  invention,  reference
should be had to the following detailed description taken in connection with the
accompanying drawings in which:

FIG. 1 is a  schematic  representation  of the hybrid  communication  system and
method of the present invention; and

FIG. 2 is a  schematic  representation  in flow chart form of certain  operative
steps which are  representative  of and at least partially define the system and
method of the present invention.

Like reference  numerals refer to like parts throughout the several views of the
drawings.



                DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

The  present  invention  relates to a system and method of hybrid  communication
wherein  communication  is  established  with any one of a plurality of wireless
communication  devices,  generally  indicated  as 10 in FIG.  1.  Such  wireless
communication  devices  may  of  course  include  a  pager  assembly,   cellular
telephone,   PDA,  etc.  More  importantly,   messaging   communication  can  be
established  with any of the  plurality  of  wireless  communication  devices 10
either by means of a global or local computerized  network, such as for example,
the Internet 12 through an Internet  service  provider 15 including  one or more
servers 16, or alternatively  by a compatible  over-the-air  network,  generally
indicated as 14, also including appropriate servers 18. The over-the-air network
can  be  defined  by  any  compatible  paging  and/or  cellular  infrastructure,
satellite  communication  17  or  other  appropriate  communication  facilities,
dependent on the type of wireless  communication  device 10 being utilized and a
variety of other related factors.

In one preferred embodiment of the present invention,  a transceiver assembly is
utilized to provide  possible  short  range  wireless  communication.  By way of
example,  this  transceiver  assembly  may  be in  the  form  of or  incorporate
Bluetooth  technology.  Specifically,  Bluetooth  technology is a used for short
range  communication  between  various  devices  and is the  official  name of a
specification that has become one of the fastest growing technology standards in
recent times.  Simply put,  Bluetooth is a  specification  for a global wireless
technology  standard that allows devices to communicate  with each other using a
secure radio frequency.  As such, the use of a Bluetooth  transceiver enables at
least short range communication without the burden of cables, but at a high rate
of data transmission, without line-of-site requirements, typically necessary for
infrared technology. In such an embodiment, the transceiver assembly may include
at  least  one  small,  low  power  radio  transceiver  mounted  on a chip  that
communicates with other  Bluetooth-enabled  device. Because it operates on radio
frequency  (RF)  Bluetooth  eliminates  the need for cables and can connect on a
one-to-one  or on a one-to-many  basis.  In addition,  at least the  illustrated

<PAGE>
Bluetooth transceiver has the enhanced versatility of supporting voice and video
data as well as other data  communications,  thereby  allowing it to be extended
into hands-free  voice  communications.  In an embodiment  wherein the Bluetooth
technology is integrated,  it may use a 2.4 GHz range,  spread spectrum standard
radio band,  which is un-licensed and available almost  worldwide.  In addition,
the transceiver  assembly is preferably  capable of transmitting  through solid,
non-metal objects,  enjoying an operative range of generally from 10 cm to 10 m,
which  is  typically  extended  to a  vicinity  range of about  100  meters,  by
increasing the  transmitting  power,  and is omni  directional,  supporting both
isochronous and asynchronous services.

Also in the illustrated embodiment incorporating the Bluetooth technology,  such
a transceiver  assembly  enables a connection and  communication  wirelessly via
short-range,  ad hoc networks and can  normally  support up to eight  peripheral
devices  in a  "piconet",  which  may be  defined  as two or more  Bluetooth  or
equivalent  technology  units  sharing  a  common  channel.   Furthermore,   the
transceiver  assembly may be structured to provide  synchronous  voice  channels
which allows the assembly to reserve  bandwidth for carrying digital voice data.
As such,  the system can support three or more  simultaneous,  full duplex voice
conversations within a given piconet.

Also in this embodiment wherein a Bluetooth or similar  transceiver is utilized,
authentication  and encryption is preferably  provided in its baseband protocol.
For  example,  the  authentication  may  rely on a  challenge/response  protocol
utilizing a unique identifier  (password,  PIN, etc.). Two devices communicating
with one another within the appropriate or  pre-established  vicinity range must
contain or have recognition of the same unique identifier.  This protocol allows
each  device to  authenticate  the other,  automatically.  After the devices are
authenticated it is possible to encrypt transmission for added security.

Additionally, it is noted that the Bluetooth and equivalent transceiver assembly
technology integrated into the present invention may be designed to carry voice,
data and video information at approximately, but not limited to, 760 Kbps. While
this speed of data  transmission  is not favorably  compared to present day wire
speed, it is equal to or substantially better than the speed achieved by current
digital  subscriber  lines  (DSL)or  cable modem  services.  At this speed,  the
transceiver  assembly can handle video or full stereo sound, and can supply high
resolution images at a somewhat lower frame rate while  simultaneously  carrying
voice and data streams.

Of course, despite the preceding, it is emphasized that the system and method of
the present  invention  utilizes the term "transceiver  assembly",  which in the
context  of the  present  invention,  is meant  to  include  the  aforementioned
Bluetooth technology or any other transceiver technology utilizing an applicable
frequency  and/or short range  communication  standard which may or may not have
all of the  functional  characteristics  of Bluetooth.  As such,  the system and
method of communication  of the present  invention is not meant to be limited to
Bluetooth  technology,  and the subsequent specific description  utilization and
explanation   of   certain   characteristics   previously   recited   as   being
characteristic of a Bluetooth transceiver are not intended to be limited to such
technology.

Accordingly,  the  transceiver  assembly of the present  invention  comprises at
least one transceiver 19, preferably in the form of a transceiver chip operative
on radio frequencies  (RF),  wherein such a first transceiver 19 is connected to
one or a plurality of network access  assemblies,  such as a PC or like computer
facility generally  indicated as 20. The transceiver  assembly of the system and
method of the present  invention also includes at least a second  transceiver 21
also in the form of a radio chip connected to or incorporated within each of the
plurality   of  wireless   communication   devices  10.  Each  of  the  wireless
communication  devices  10 may also  include  a unique  identifier  or "code" to
facilitate recognition between the first and second transceiver chips 19 and 21.
As explained in greater detail hereinafter, the unique identifier may define one
of a plurality of predetermined parameters,  more specifically referred to as an

<PAGE>
identification  parameter,  utilized to establish  messaging  communication with
appropriate  ones of a  plurality  of  wireless  communication  devices 10. When
recognized  each of the  wireless  communication  devices 10  becomes  part of a
piconet,  generally  indicated as 24, which may exist in a home,  office, or any
other area incorporating one or more Internet access facilities or computers 20.
The piconet 24 may be defined by the  operative  features of the  aforementioned
transceiver  assembly.  At least one other predetermined  parameter which way be
established,  based at least in part on the short  range  frequency  standard on
which the transceiver  assembly operates,  is a pre-established  vicinity range.
More specifically,  the pre-established  vicinity range may be currently defined
as about 100 meters.  However,  it is emphasized  that the actual vicinity range
incorporated in the present invention may vary greatly and is not limited to the
indicated 100 meters. The  pre-established  vicinity range therefore allows data
communication,  over the computerized network, such as the Internet 12, with the
wireless communication device 10, by means of the computer 20, provided that the
first transceiver 19 associated with the computer 20 and the second  transceiver
21  associated  with the wireless  communication  device 10, are  compatible  or
configured to recognize one another.  In order to accomplish this identification
parameter, the maximum distance between the wireless communication device 10 and
the  computer 20 must be within the  pre-established  vicinity  range,  which of
course may vary, as described above.

Each of the plurality of wireless  communication devices are multi-line,  to the
extent that they are capable of operating  on at least two,  but possibly  more,
distinct  frequencies.  Accordingly,  once the  communication  device 10 wanders
outside  of  the   pre-established   vicinity   range  of  the   piconet  24  an
auto-switching  capability  associated with the system and method of the present
invention   preferably,   but   not   necessarily,   automatically   establishes
communication between the wireless  communication device 10 and the over-the-air
network  14. As set forth  above,  the  over-the-air  network  may be defined by
appropriate  cellular/pager   infrastructure,   including  server  18  or  other
communication  networks such as, but not limited to, satellite  communication 17
and others.

The  communication  system and method of the present invention also incorporates
scanner  capabilities,  which  is  more  specifically  incorporated  within  the
aforementioned   transceiver   assembly.   Operative  features  of  the  scanner
capabilities  of  the  present  invention  provide  for  preferably   continuous
scanning,  wherein the first and second  transceivers 19 and 21 are continuously
searching to establish  messaging  communication  between compatibly  configured
computers 20 and wireless  communication  devices 10. The scanning  capabilities
are completed when, for example, one of the plurality of wireless  communication
devices 10 wanders within the  pre-established  vicinity range of the piconet 24
and  includes a unique  identifier  or code which is  recognizable  by the first
transceiver 19 associated  with the computer 20. Upon  recognition  and when all
the pre-determined parameters have been met, messaging communication between the
computer  20  and  the  one  or  more  wireless   communication  devices  10  is
established.  The communication  system and method of the present invention also
includes selective  configuration  capabilities which allows a user to configure
his account to regulate data transmission to a particular wireless communication
device.  Such  selective  configuration  can be  accomplished  via a  particular
communication  device 10 or  alternatively  through the website of the  Internet
service provider 15 and/or the individual  servers 16, at least when an Internet
type computerized network is utilized.

Turning  to FIG.  2, and by way of  example  only,  a method  of  operation  and
utilization of the communication system of the present invention is illustrated.
More   specifically,   in  operation   anyone  of  the   plurality  of  wireless
communication  devices 10 is  activated as at 30 and,  through  operation of the
continuous  scanning  capabilities,  as set  forth  above,  a first  and  second
transceiver 19 and 21,  associated with the transceiver  assembly of the present
invention,  provide  for  a  "find-me-follow-me"  procedure  in  an  attempt  to
recognize one another and establish  messaging  communication,  as at 32. If the
aforementioned pre-determine parameters of identification and vicinity range are
not  met  the   auto-switching   capabilities  of  the  present   invention  are

<PAGE>
automatically operative to find an appropriate,  compatible over-the-air network
such, as a cellular/paging,  satellite or other appropriate  network,  as at 34.
However,  assuming that the wireless communication device 10 locates an Internet
access facility or computer as at 36, it is next determined,  through  operative
features of the  transceiver  assembly  and  combined  features of the  scanning
assembly,  whether the computer 20 is configured  to recognize  and  communicate
with the wireless  communication  device 10, as indicated as 38. The configuring
of both the computer 20 and the wireless communication device 10 is accomplished
by the  appropriate  programming of the first and second  transceivers 19 and 21
defining the aforementioned  transceiver  assembly.  Next,  assuming  compatible
configuration  between the computer 20 and the wireless  communication device 10
as indicated at 40, it is  determined  whether the computer 20 is  configured to
allow the particular wireless  communication device 10 to access the Internet 12
as at 42. If the computer 20 is not so configured,  then the scan  capability is
operative to continue searching for a computer which is compatible to the extent
of allowing data  communication to be established  with the particular  wireless
communication device. However, if no computer can be located, the auto-switching
capability is again operative to transfer data  communication  to an appropriate
or  compatible  over-the-air  network 14, as at 44.  However,  if computer 20 is
configured to access the computerized  network 12, data communication is thereby
established as at 46, wherein voice,  video,  alphanumeric  or other data may be
sent or received by virtue of the piconet 24, over the computerized  network 12,
utilizing the network  service  provider 15. If the connection is lost as at 48,
the auto-switching  capability returns to the scanning capabilities as at 49, 44
to continuously  search for a compatible Internet access facility or computer 20
or alternatively  switches to communication with an over-the-air  network, as at
34.

Alternatively,   and  as  explained  above,  if  a  predetermined  parameter  of
establishing data  communication  within the piconet 24, between computer 20 and
the  wireless  communication  device  10,  is not  established,  such  as by the
wireless  communication  10 being located outside the  pre-established  vicinity
range, a search is made for a compatible  over-the-air  network 14, such as, but
not limited to a cellular, or paging network  infrastructure and/or server 18 or
other appropriate over-the-air network, such as satellite communication.  If one
is  not  found,  as at 52,  the  auto-switching  capabilities,  as  well  as the
continuous  scanning  facility,  are  re-activated,  as at 32 and the  procedure
begins again.  Alternatively,  assuming that the wireless  communication devices
are properly configured to establish  communication by means of the over-the-air
network 14, the decision as at 54 is made whether current data communication may
be established.  If not, as at 56, the auto-switching and scanning  capabilities
of the  system  are  re-activated  as set forth  above.  Assuming  that  current
communication is allowed as at 55 data communication may be conducted, as at 58.

The system and method of the present  invention may further  comprise  selective
configuration capabilities,  as generally set forth above and as indicated as 60
in FIG.  2. This  means that the  receipt  of data by means of the  over-the-air
network 14 or the  computerized  network  12,  through  the  computer  20 may be
pre-configured  by the  user.  More  specifically,  the  user  may  configure  a
particular  account so as to regulate  data  communication  with the  particular
wireless  communication  device  10,  in terms of how and when  such data may be
received  on either the  computer 20 or the  over-the-air  network 14. By way of
example  only,  the user 10 may  selectively  configure  the account,  utilizing
either a  particular  wireless  communication  device  10 or  alternatively  the
website  of the  Internet  service  provider  15,  to  establish  communication,
utilizing the  transceiver  assembly to only accomplish  compatible  recognition
between  specific  computers 20 and certain wireless  communication  devices 10.
Alternatively, the user can control or regulate what type of data and/or at what
time certain  communications can be sent by the over-the-air  network 14 or over
the Internet 12.


Since many  modifications,  variations  and changes in detail can be made to the
described preferred embodiment of the invention, it is intended that all matters
in  the  foregoing  description  and  shown  in  the  accompanying  drawings  be

<PAGE>
interpreted as illustrative and not in a limiting sense.  Thus, the scope of the
invention   should  be  determined  by  the  appended  claims  and  their  legal
equivalents.

--------------------------------------------------------------------------------
                                     Claims
--------------------------------------------------------------------------------


What is claimed is:

1. A hybrid  communication  system for wireless data  communication  said system
comprising:

a) a wireless  communication device including a unique identifier and capable of
conducting data communication through an over-the-air network,

b) a computer configured for computerized network access,

c) a transceiver assembly operative on a short range communication  standard and
structured to interconnect  said wireless  communication  device with a computer
facility to establish data communication therewith,

d) said transceiver  assembly  including a first  transceiver  connected to said
computer  and  at  least  a  second  transceiver   connected  to  said  wireless
communication   device   and  an   auto-switching   capability   responsive   to
pre-determined parameters,

e) said auto-switching capability being determinative of data communication with
said wireless  communication device either over the computerized network through
said  computer  facility  or  by  the  over-the-air  network  dependent  on  the
establishment of said redetermined parameters, and

f) at least one of said  predetermined  parameters  comprising a pre-established
vicinity range.

2. A system as recited in claim 1 wherein said transceiver assembly is operative
on a short range frequency.

3. A  system  as  recited  in claim 1  wherein  said  auto-switching  capability
establishes data communication with said wireless  communication  device outside
said pre-established vicinity range.

4.  A  system  as  recited  in  claim  3  wherein  said   transceiver   assembly
automatically  establishes  communicative  recognition between said computer and
said wireless communication device within said pre-established vicinity range.

5. A system as recited in claim 4 wherein said predetermined  parameters further
comprise recognition  compliance of said wireless  communication device based at
least partially on said unique identifier.

6. A hybrid communication system for data communication, said system comprising:

<PAGE>
a) a  plurality  of  wireless  communication  devices  each  including  a unique
identifier  and  capable  of   establishing   messaging   communication   by  an
over-the-air network,

b) a  plurality  of  Internet  access  facilities  each  capable of  recognizing
different  ones of said wireless  communication  devices by means of said unique
identifiers,

c) a  transceiver  assembly  comprising a plurality of first  transceivers  each
connected to a different one of said Internet  access devices and a plurality of
second  transceivers  each  connected  to a different  one of said  plurality of
wireless communication devices,

d) said transceiver  assembly including an auto-switching  switching  capability
responsive to said predetermined parameters,

e) said predetermine parameters comprising acceptance of said unique identifiers
and a  pre-established  vicinity range existing between any one of said wireless
communication  devices and any one of said plurality of Internet access devices,
and

f) said transceiver assembly and said auto-switching capability determinative of
data  communication  with said  wireless  communication  device,  either by said
over-the-air  network or by Internet access,  dependent on the  establishment of
said predetermined parameters.

7. A system as recited in claim 6 wherein said transceiver  assembly  includes a
scanner capability.

8. A system as recited in claim 7 wherein said scanner  capability is structured
to  provide  continuous  searching  by at least one of said first  plurality  of
transceivers  or  said  second  plurality  of  transceivers  for the  other  and
establish  communication  there  between,  when  a  corresponding  one  of  said
plurality  of  wireless  communication  devices is within  said  pre-established
vicinity range of said plurality of Internet access facilities.

9. A system as recited as recited in claim 7 further  comprising a configuration
facility  selectively  operative to regulate  transmission of data to any one of
said plurality of wireless  communication  devices by means of said over-the-air
network.

10. A system  as  recited  in  claim 9  wherein  said  over-the-air  network  is
responsive to selectively store all data intended for transmission to any one of
said plurality of wireless  communication  devices and/or  transmit data thereto
within a selectable time window.

11. A method  of  hybrid  communication  utilizing  a  multi-frequency  wireless
communication device and an Internet access facility, said method comprising:

a)  establishing  communication  between the  Internet  access  facility and the
wireless  communication  device  when both are  located  within a  pre-establish
vicinity range,

b)  communicating  data to the  wireless  communication  device over he Internet
through the Internet access facility,

c)  alternaltively   establishing   data   communication   with   the   wireless
communication  device by a  compatible  over-the-air  network  when the Internet
access facility and the wireless  communication  device are disposed  outside of
the pre-established vicinity range, and

d)  automatically   switching   messaging   communication   with  said  wireless

<PAGE>
communication device between the Internet and the over-the-air network dependent
at least on said  wireless  communication  device  being  inside or outside said
pre-established vicinity range relative to the Internet access facility.

12. A method as recited in claim 11  comprising  establishing  at least  two-way
messaging with the wireless  communication  device over the Internet through the
Internet access facility.

13. A method as recited in claim 12  comprising  establishing  at least  one-way
messaging with said wireless communication device by the over-the-air network.

14. A method as recited in claim 11 comprising conducting a scan by at least one
of the wireless  communication  device or Internet access facility for the other
to establish communication therebetween when both are within the pre-established
vicinity range.

15. A method as recited in claim 11 comprising  configuring  either the wireless
communication  device or the Internet  access  facility to selectively  regulate
time and/or content of messaging data to the wireless communication device.

16. A hybrid  communication  system for wireless data  communication said system
comprising:

a) a wireless  communication device including a unique identifier and capable of
conducting data communication through an over-the-air network,

b) a computer configured for computerized network access,

c) a transceiver assembly operative on a short range communication  standard and
structured to  interconnect  said wireless  communication  device and a computer
facility to establish data communication therewith,

d) said transceiver  assembly  including a first  transceiver  connected to said
computer  and  at  least  a  second  transceiver   connected  to  said  wireless
communication   device   and  an   auto-switching   capability   responsive   to
pre-determined parameters,

e) said auto-switching capability being determinative of data communication with
said wireless  communication device either over the computerized network through
said  computer  facility  or  by  the  over-the-air  network  dependent  on  the
establishment of said predetermined parameters,

f) at least one of said  predetermined  parameters  comprising a pre-established
vicinity range, and

g) said wireless  communication  device  comprising a pager  assembly  including
multi-line  communication  capabilities  operable  on at least  two  independent
frequency ranges.

17. A system as recited in claim 16 wherein  said first and second  transceivers
are operative to at least  establish  data  communication  between said computer
facility and said pager assembly within said pre-established vicinity range.

18. A system as recited in claim 17, wherein said pager assembly is operative to
establish  data  communication  by said  over-the-air  network  outside  of said
pre-established vicinity range.

19. A system as recited in claim 18 wherein said  auto-switching  capability  is
responsive to said pre-established  vicinity range to automatically establish at
least two way messaging  between said pager assembly and said computer  facility

<PAGE>
when said pager assembly is within pre-established said vicinity range.

20. A system as recited in claim 18 wherein said  auto-switching  capability  is
responsive to said pre-established  vicinity range to automatically establish at
least one-way messaging with said over-the-air  network when said pager assembly
is outside said vicinity range.

21. A system  as  recited  in claim 20  wherein  said  auto-switching  switching
capability is responsive to said pre-established vicinity range to automatically
establish  at least  two-way  messaging  between  said pager  assembly  and said
computer when said pager assembly is within said vicinity range.

22. A system as recited in claim 21, wherein said auto  switching  capability is
structured to automatically  switch said pager assembly from data  communication
through  said  over-the-air  network,  when said pager  assembly is outside said
vicinity  range to data  communication  with said computer  facility,  when said
pager assembly is within said vicinity range.

23. A system as recited in claim 22 wherein  said pager  assembly  comprises  an
alphanumeric pager.

24. A hybrid  communication  system for wireless data  communication said system
comprising:

a) a wireless  communication device including a unique identifier and capable of
conducting data communication through an over-the-air network,

b) a computer configured for computerized network access,

c) a transceiver assembly operative on a short range communication  standard and
structured  to  interconnect  said  wireless  communication  device  a  computer
facility to establish data communication therewith,

d) said transceiver  assembly  including a first  transceiver  connected to said
computer  and  at  least  a  second  transceiver   connected  to  said  wireless
communication   device   and  an   auto-switching   capability   responsive   to
pre-determined parameters,

e) said auto-switching capability being determinative of data communication with
said wireless  communication device either over the computerized network through
said  computer  facility  or  by  the  over-the-air  network  dependent  on  the
establishment of said predetermined parameters,

f) at least one of said  predetermined  parameters  comprising a pre-established
vicinity range, and

g) said  transceiver  assembly  including a scanning  capability,  said scanning
capability  structured to provide  continuous  searching by at least one of said
first or second  transceivers  for the other of said  transceivers and establish
communication  there between when said wireless  communication  device is within
said pre-established vicinity range.

25. A system as recited in claim 24 wherein said pre-established  vicinity range
defines at least one of said predetermined parameters.

26. A system as recited in claim 25 wherein said pre-established  vicinity range
comprises at least 100 meters.

27. A hybrid  communication  system for wireless data  communication said system
comprising:

<PAGE>
a) a wireless  communication device including a unique identifier and capable of
conducting data communication through an over-the-air network,

b) a computer configured for computerized network access,

c) a  transceiver  assembly  operative on a short range  communication  standard
structured  to  interconnect  said  wireless  communication  device  a  computer
facility to establish data communication therewith,

d) said transceiver  assembly  including a first  transceiver  connected to said
computer  and  at  least  a  second  transceiver   connected  to  said  wireless
communication   device   and  an   auto-switching   capability   responsive   to
pre-determined parameters,

e) said auto-switching capability being determinative of data communication with
said wireless  communication device either over the computerized network through
said  computer  facility  or  by  the  over-the-air  network  dependent  on  the
establishment of said predetermined parameters,

f) at least one of said  predetermined  parameters  comprising a  preestablished
vicinity range, and

g)  said  transceiver  assembly  including  selective  configuration  capability
responsive  to said first and second  transceivers  being  located  within  said
pre-established vicinity range; said system structured to instruct said over the
air  network to regulate  transmission  of data to said  wireless  communication
device.

28. A system  as  recited  in claim 27  wherein  said  over-the-air  network  is
responsive  to  selective  storage  of all data to said  wireless  communication
device  and/or  transmit  data to said  wireless  communication  device within a
selectable time window.

29. A system as  recited  in claim 28  wherein  modification  of said  selective
configuration  capability  is  performed  through  said  wireless  communication
device.

30. A system as  recited  in claim 29  wherein  modification  of said  selective
configuration capability is performed through said computer.
--------------------------------------------------------------------------------
                                    * * * * *