The International Information Retrieval Guild
Presents
The IIRG Technical Journal Volume II, Issue 3
July 15, 1995 Editor: Thomas Icom
旼컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴커
� - In This Issue of the Journal - �
쳐컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴캑
� The Cheesebox �
읕컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴켸
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�]� International Information Retrieval Guild �[-
OFFICIAL DISCLAIMER...
All information in the IIRG Technical Journal is Member contributed
material. The Publishers and Editors of THE IIRG disclaim any liability
from any damages of any type that the reader or user of such information
contained within this journal may encounter from the use of said
information. All files are brought to you for entertainment purposes
only. We also assume all information infringes no copyrights and hereby
disclaim any liability or responsibility.
IIRG Technical Journal is (C) 1995 by The IIRG
IIRG and INTERNATIONAL INFORMATION RETRIEVAL GUILD is (C) 1982
Non-commercial reproduction encouraged.
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旼컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴커
� The Cheesebox �
쳐컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴캑
� Design and Implementation: Thomas Icom �
� �
� Technical Quality Assurance: Mercenary �
� �
� Caffeine Administration: Anubis �
� �
� Shout Outs: CHN, Stormbringer, The �
� l0pht, Emmanuel Goldstein, Chuck �
� Hammill, RC, Bleach, Phractal, NESOG, �
� and all you cyber-libertarians on the �
� net (as well as others whom I can't �
� mention right now). �
읕컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴켸
旼커旼컴컴컴컴컴컴컴컴컴컴컴왯컴�
� 척 Section 1: Background 척 �
읕컨좔컴컴컴컴컴컴컴컴컴컴컴좋컴�
The original cheesebox came to surface during the 60's. It was so named by
Bell Security because the first device of this type that they found was inside
a cheesebox.
The cheesebox turned two phone numbers into a loop line. What this enabled one
to do was communicate with another party without having to disclose either
party's phone number. The first party would call into line one, the second
party would call into line two, and the cheesebox would connect the two lines
together, enabling the two parties to communicate. It was often installed in a
phone cabinet, or at an apartment that was rented with an alias.
Additionally, the cheesebox incorporated a black box circuit for each line.
This enabled each party to avoid being billed for the call, and also acted as
the switchook for the device.
Other variations of the cheesebox, often called "CF (call forwarding) Boxes",
or "Diverter Boxes" enabled one to call line one and receive line two's
dialtone. These boxes are still available commercially; mated with an
autodialer for use in a person's place of business to reroute calls to an
answering service after hours.
Plans for the original cheesebox were printed in YIPL/TAP during the 70s.
Unfortunately, since they only work on Step by Step or Crossbar switches (due
to the integration of the black box circuit into the unit), they are unsuitable
for use in 99% of the country.
In the mid-1980s, plans were distributed on H/P BBSes for a device known as a
"Gold Box". The Gold Box was a diverter-style cheesebox. The schematic was
drawn with ASCII character graphics, and difficult to interpret. Current
versions of that g-file have either an unreadable or incorrect schematic.
More recently, a seller of "specialized electronics" equipment has marketed the
"Logos Box". This diverter-style cheesebox uses a single line with three-way
calling to accomplish its function. The price, however, is out of the reach of
many, and the requirement for the line to have three-way calling limits its
use. (If there is sufficient interest, the IIRG will publish plans for a Logos
Box and other surreptitious BASIC Stamp applications in a future Tech Journal.)
旼커旼컴컴컴컴컴컴컴컴컴컴컴컴컴왯컴�
� 척 Section 2: Implementation 척 �
읕컨좔컴컴컴컴컴컴컴컴컴컴컴컴컴좋컴�
This version of the cheesebox is based around the Parallax BASIC Stamp. This
microcontroller was chosen due to its small size, extreme versatility, and
inexpensive price. The use of a microcontroller also enables one to use a
minimal amount of support hardware, as control functions are handled via
software.
There are currently two versions of software for this device. The first listing
is designed to go off-hook as soon as a ring is detected on the primary
(incoming) line. The second listing waits 30 seconds (The time can actually be
any length up to 18 hours. That's one of the nice things about using a
microcontroller.) after hearing an initial ring; at which time it will then
pick up on the first ring of the next incoming call. The second listing is for
use with a primary line that has an answering machine, FAX or similar device
installed on it. Most auto-answer telecom devices require a minimum of two
rings to activate. The use of a one-ring wake up feature makes it compatible
with them.
Picking up on the first ring will also defeat any caller ID device placed on
the primary line. CID data is sent between the first and second ring. By
picking up on the first ring, the data is prevented from being sent and
subsequently received by any CID device on the primary line. The CID device
will display nothing for that call. One should keep in mind though, that this
feature should be used in conjunction with other caller ID defeating
techniques; as it by itself won't defeat auto-callback (*69 in most areas) or
call-trace (*57 in most areas).
After detecting a ring, the device picks up the primary and secondary
(outgoing) line. If the secondary line is not in use, one will receive the
secondary line's dial-tone. If the secondary line is ringing at the time of
seizure, the device will "answer" it. To the caller on the secondary line,
this would sound like a regular phone call (alleviating some suspicion if
instead the caller was just told to dial the number and wait in silence; thus
indicating potential cheesebox usage). If the secondary line was in use, the
caller into the primary line would be thrown into the conversation occurring on
the secondary line. While this might prove to be interesting for PSYOP
purposes, the use of this device in its current configuration for surveillance
would be a poor choice, as the audio path would be two-way, and cheesebox
picking up the secondary line would be as detectable as if someone picked up a
regular extension (ie. a "click" would most likely be heard, and the line
voltage would drop).
Once the Stamp picks up the phone, line voltage is used to latch open the two
12V line relays. The Stamp then goes back to waiting for a ring detect again.
When the caller on the primary line hangs up, the line voltage will drop to
zero and the relays will unlatch. The cheesebox is ready for another call.
When the Stamp is in its normal state, it draws 2 milliamps of current. When it
picks up the phone, this goes up to 22 mA for about three-quarters a second.
Under those circumstances, a 9V 600 mAh battery will last somewhere around ten
to twelve days. This is extended by using the Stamp's sleep feature so that the
Stamp only checks for a ring roughly three times a second; as opposed to a
thousand times a second. When in sleep mode the current draw is only 20 uA
(0.020 mA). This should extend the battery life to somewhere between twenty
and thirty days, depending on use.
旼커旼컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴커敏컴�
� 척 Section 3: Hardware Construction 냉� �
읕컨좔컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컨좋컴�
The first thing you should do is read the manual that came with your BASIC
Stamp programming package. It's full of useful information you will need to
know in order to successfully complete this project.
Hardware construction is pretty straightforward, due to a minimum number of
components involved. The following will be required:
1 BASIC Stamp I Module with carrier board (available from Parallax)
1 BASIC Stamp Programming Package (Parallax)
1 Ring Detector Module, which consists of:
1 NE-2H Neon Lamp (Radio Shack #272-1102)
1 22K Ohm Resistor (Radio Shack 271-1128)
1 Photocell (exact type not important. I used one from Radio Shack's #276-
1657 package.)
1 .1 uf Capacitor (Radio Shack #272-135)
1 5V SPST Reed Relay (Radio Shack #275-232)
2 12V SPST Reed relays (Radio Shack #275-233)
1 1:1 600 Ohm Isolation Transformer (Radio Shack #273-1374)
1 560 Ohm Resistor (Radio Shack #271-1116)
Hookup Wire
Electrical Tape
Electronic Tools (Soldering Iron, Solder, etc.)
4 Alligator Clips
1 Decent capacity 9V battery, preferably rechargable (such as the 600 mAh Radio
Shack #23-229)
The BASIC Stamp and Programming package can be ordered from:
Parallax
3805 Atherton Rd. #102
Rocklin, CA 95765
916-624-8333
FAX: 916-624-8003
BBS: 916-624-7101
FTP: ftp.parallaxinc.com
WWW: http://www.parallaxinc.com
This should all fit on the prototyping area of the Stamp's carrier board,
although some care should be taken as to placement. The one step that should
be paid attention to is the ring detector. This consists of the neon bulb (with
it's dropping resistor) and photocell.
Take a length of electrical tape and wrap the photocell and neon bulb together,
taking care that the leads of each component don't touch. You want to make
this as light-proof as possible, a second layer/piece might be necessary. When
this is completed, attach the dropping resistor to one of the neon bulb's leads
and attach the neon bulb/resistor combination to the phone line. Attach an ohm
meter to the leads of the photocell. You should get some high reading. Now ring
your phone and watch the ohm meter. The reading should go down significantly.
If it does, then your device works. If not, check the construction and try
again. The exact readings are unimportant, you just have to get a high reading
when it's idle and a low reading when it detects a ring.
Once you have the ring detector working, you can attach it to the Stamp
according to the schematic and calibrate it. Load up your programming
software, attach and power up the Stamp, enter the editor and press Alt-P. When
asked for the pin, input "0" (That's the pin you connected it to.) Hook up the
ring detector to the phone line, and while the calibration routine is running;
ring your phone. Write down the scale value that appears, you will need to put
it in the source code at the appropriate place. (You should understand once you
become familiar with the Stamp and see the source code.)
After the hardware construction phase is completed, load up your programming
software, and put one of the following pieces of source code in the stamp.
旼커旼컴컴컴컴컴컴컴컴컴컴컴왯컴�
� 척 Section 4: Software 척 �
읕컨좔컴컴컴컴컴컴컴컴컴컴컴좋컴�
Pick Up on First Ring Version
CHEESE1.BAS:
start: goto wait
pickup: high 1
pause 1000
low 1
goto start
wait: pot 0,xxx,b0 'xxx=The scale number received during calibration
if b0>0 then pickup
nap 4
goto wait
Ring Once and Then Call Again Version
CHEESE2.BAS
start: goto wait
pickup: high 1
pause 1000
low 1
goto start
wait: pot 0,xxx,b0 'xxx=The scale number received during calibration
if b0>0 then window
nap 4
goto wait
window: sleep 30
secheck: pot 0,xxx,b0 'See earlier pot command. Same number goes here too.
if b0>0 then pickup
nap 4
goto secheck
旼커旼컴컴컴컴컴컴컴컴컴컴컴왯컴�
� 척 Section 5: Operation 척 �
읕컨좔컴컴컴컴컴컴컴컴컴컴컴좋컴�
Operation is pretty straightforward. A nine volt battery is attached and the
box is hooked up to two phone lines. The primary wires will be attached to the
incoming line, and the secondary wires to the outgoing. When a call is made
into the primary line, the caller will be switched into the secondary. When
the caller hangs up, the cheesebox resets itself and waits for another call.
컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴�
컴컴컴컴컴컴컴컴
Editor's Note:
It is mandated within the Declaration of Independence, and The Constitution
of the United States that it is every citizen's responsibility to employ
whatever means necessary to keep this country free. James Madison once
said "A people who mean to be their own governors must arm themselves
with the power knowledge gives." The great senator Barry Goldwater
said "Extremism in the defense of liberty is no vice. Moderation in
the pursuit of freedom is no virtue."
Therefore, we believe that the use of techniques and/or devices described
in this publication is justified in challenging the totalitarian bastards
who consistently take actions to eliminate our rights of privacy and
personal freedom guaranteed under the constitution, but only after all
other means of dealing with these individuals have been exhausted.
"When more than fifty percent of the people are breaking the law, there
is something wrong with the law..."
컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴�
컴컴컴컴컴컴컴컴
Comments and suggestions about this and future issues of the IIRG Tech Journal
are welcome. Contact Thomas Icom at the IIRG WHQ, the Rune Stone, or via email
to thomas.icom@iirg.com.
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The IIRG Technical Journal (C) IIRG'1995
- May Odin Guide Your Way -
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