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136 lines
8.8 KiB
Plaintext
136 lines
8.8 KiB
Plaintext
_______________________________________________________________________
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/ \
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| UnderStanding |
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| Hacking |
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| The PBX |
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| Written By: The Duelist, on 10-13-1989 |
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\______________________________________________________________________/
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Whats is a PBX- Its just like a extender but it can dial alot more places,
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overseas,800's,Alliances...ect. If have found them to be MUCH more safer
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than using codes.
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How to hack one??
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PBX's are usely pretty easy to find, most companies hide there PBX's behind
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answering machines,vmb's or some other kinda shit. This is my most commonly
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used tactic for finding PBX's. Grab a newsweek,time or some mag. with a lot
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of advertising and 800 #'s. The best place to find these #'s is in study
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hall (If u'r in school). Write them down, go home and dial all of them after
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buisness hours. Lets say u dial a 800 and get a answering maching, Start
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pounding out tones, the most common keys are the #,0,*.Push one of those
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when u get the answering machine, this usely (50% of the time) will take u
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to one of the following, a operator, VMS, extension, xtender. WHen using a
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PBX u always hit the 9 key for a outside line, so when u enter the VMB or
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what ever it maybe hit 9. If u get a dial-tone u'r set to ill. Dial just
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like u normally would, 1+ACN, or alliance (allaince 0700456xxxx,
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xxxx=1000,1001,1002,2000, ect.). PBX are really easy to find just keep
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venturing around in the 800 # and press 9 every where u go, u'r bound to
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find one somewhere. Dont hang-up if it says its transfering u to the
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attendent, some times it is automated and thats where the PBX is hidden.
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Please if u have other tactics on hacking PBX go ahead and add'em to this
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file..... See u on a ALLIANCE. Later, The Duelist
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==Phrack Inc.==
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Volume One, Issue Three, Phile #9 of 10
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@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
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@ _______ @
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@ / _____/ @
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@ Metal / /hop @
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@ ________/ / @
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@ /_________/ @
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@ PRIVATE @
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@ @
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@ Presents... @
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@ @
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@ \\\\\=-: Knight Lightning's ,-=///// @
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@ @
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@ "Introduction to PBXs" @
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@ @
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@ @
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@ Written on January 3, 1986 @
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@ @
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@ @
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@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
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This file is a personal continuation of the PBX entry in the MCI
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Telecommunications Glossary.
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_______________________________________________________________________________
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A telephone exchange serving an individual organization and having connections
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to a public telephone exchange is called a Private Branch Exchange (PBX). The
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PBX performs a switching function by connecting any extension in the private
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organization to an outside line. A PBX is actually a private switch that
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connects a group of telephones within an individual organization. Calls placed
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outside this individual group are connected to a telephone company's central
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office switch through trunks. A PBX may be operated by an attendant from the
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private organization or the switching system may be done automatically. Other
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terms that are commonly used interchangeably with PBX are: Private Automatic
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Branch Exchange (PABX), Private Automatic Exchange (PAX), and Computerized
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Branch Exchange (CBX). Although these terms were originally used to identify
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specific switch structures, today they are often used as synonyms.
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PBXs can use any of three basic switching methods: step-by-step (SxS),
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Cross-bar (X-bar), and computer controlled, to perform the basic function of
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switching. However, in addition to detecting calls and establishing a
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transmission link between two telephones, PBXs can do much more.
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The common control, often called a central processing unit (CPU), controls the
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switching matrix that connects the stat ons and trunks. The switching matrix
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of a PBX performs the same job as does an operator at a manual switchboard or a
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common control central office switch. The CPU, however, gets its instructions
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from the "stored program", which contains directions for activities, such as
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detecting calls, sending them over the best available route, and recording
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billing information. These computerized electronic switches are used to
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perform routine, as well as unique, functions that simply weren't practical or
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even possible with electromechanical switches.
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Just as in the public switched network, PBX switches make connection between
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instruments, or "key telephone sets". We're all familiar with key telephone
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sets, whether we know them by name or not. They're the business telephones
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that have six push-button keys lined up below the dial--a red button marked
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"hold" and five buttons or lines with flashing lights.
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Systems with PBXs and key sets have a great deal of flexability in planning for
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their needs because they can set up their codes to accomplish the functions
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needed in their particular situations. In fact, the PBX can be programmed so
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that each individual extension within a system can take advantage of features
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applicable to its own business needs.
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Some of the features that are availiable with PBXs and key systems are: call
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transfer, which allows internal or external calls to be transferred from one
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telephone to any other phone in the system; automatic push-button signaling,
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which indicates the status of all phones in the system with display lights and
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buttons; one-way voice paging, which can be answered by dialing the operator
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from the nearest telephone in the system; camp-on, in which a call made to a
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busy phone automatically waits until the line is idle; and internal and
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external conference capabilities, which enables outside callers to conference
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with several inside users.
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Some features automatically handle incoming telephone calls. Automatic call
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waiting not only holds calls made to a busy extension until the extension is
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free, but also signals the person being called that a call is waiting and
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informs the caller that he is on hold. Automatic call forwarding will send
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calls to employees who are temporarily in locations other than their offices,
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provided they "inform" the PBX where they can be found. Automatic call
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distribution automatically send an incoming call to the first extension that's
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not busy--a useful feature for situations in which any one of a group of
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persons in the organization can adequately respond to incoming calls. Another
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example is automatic call back, which allows a caller who reaches a busy line
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to ask the PBX to return his or her call when the line is free.
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Still other features provide services such as night telelphone answering,
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telephone traffic monitoring, and network or hot-line connection. These
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examples are but a sample from the features possible with computerized PBXs.
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===============================================================================
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This is a very brief description of how to use and what to expect on a PBX.
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-------------------------------------------------------------------------------
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Basically, you call the PBX and you will have to enter a code that can be
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anywhere from 4 to 6 digits (Note: some PBXs do not require codes). Then you
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will hear a dial tone. From here you would under normal circumstances dial:
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9 + 1 (or 0) + NPA-PRE-SUFF, for long distance dialing or dial 8 for local
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dialing.
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The most common use of the PBX is to call Alliance Teleconferencing,
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a teleconference service offered by AT&T. To do this dial:
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0700-456-1000,1002,1003,2000,2001,2002.
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Note: PBX codes are usually very simple and usually 4 digits.
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EX: 0000, 1111, 1234, etc
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===============================================================================
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