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-
- The International Information Retrieval Guild
- Presents
-
- The IIRG Technical Journal Volume II, Issue 3
-
- July 15, 1995 Editor: Thomas Icom
-
-
- ┌──────────────────────────────────────┐
- │ - In This Issue of the Journal - │
- ├──────────────────────────────────────┤
- │ The Cheesebox │
- └──────────────────────────────────────┘
-
-
- ////// ////// /////// ////////
- // // // // //
- // // /////// // ////
- // // // // // //
- ////// * ////// * // // * ///////// *
-
- ─]├ 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.
-
- -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-
-
-
- ┌────────────────────────────────────────┐
- │ The Cheesebox │
- ├────────────────────────────────────────┤
- │ 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). │
- └────────────────────────────────────────┘
-
-
- ┌──┐┌───────────────────────┐┌──┐
- │ ├┤ Section 1: Background ├┤ │
- └──┴┴───────────────────────┴┴──┘
-
- 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.)
-
-
- ┌──┐┌───────────────────────────┐┌──┐
- │ ├┤ Section 2: Implementation ├┤ │
- └──┴┴───────────────────────────┴┴──┘
-
- 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.
-
-
- ┌──┐┌──────────────────────────────────┐┌┬──┐
- │ ├┤ Section 3: Hardware Construction │├┤ │
- └──┴┴──────────────────────────────────┴┴┴──┘
-
- 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.
-
-
- ┌──┐┌───────────────────────┐┌──┐
- │ ├┤ Section 4: Software ├┤ │
- └──┴┴───────────────────────┴┴──┘
-
- 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
-
-
- ┌──┐┌───────────────────────┐┌──┐
- │ ├┤ Section 5: Operation ├┤ │
- └──┴┴───────────────────────┴┴──┘
-
- 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.
-
- ───────────────────────────────────────────────────────────────
- ────────────────
-
- 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..."
-
- ───────────────────────────────────────────────────────────────
- ────────────────
-
-
- 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.
-
-
- -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-
- The IIRG Technical Journal (C) IIRG'1995
- - May Odin Guide Your Way -
- -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-
-
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- --*-*-*- Next Section -*-*-*--
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