Sunday, April 13, 2014

JIHAD : including how to induce paranoia (4.5 Hz), depression (6.66 Hz), manic rage (11.3 Hz) (...) security police, such as MI5 use the 450 MHz frequency (legally allowed to be used by the police)for behavioral control.
A vast catalog of mind control frequencies are in the MHz range, FM radio,TV and mobile phone frequencies, have been measured, which are used for control, killing or disabling victims: 147, 153, 197, 199, 447, 453, 456, 466, 853, 883, 884, 887…
LET'S PLAY
3 Tuning Control Dials to lock onto any Target (person, place or thing) remotely anywhere in the universe, once locked onto your target you can then send information (Thoughtforms) /Remote Influence, or receive information / Remote Viewing.
http://www.higherpowertech.com/

Saturday, April 12, 2014

Brain-Wave Machine

Brain-Wave Machine

(And God said, Let there be light...)

    Humans have been using light and sound to achieve altered states of consciousness for thousands of years. Primitive cultures used flickering fires and rythmic drumming to induce these altered states. Today, you can choose from a wide variety of electronic brain-wave machines which use light and/or sound to alter brain-wave activity. Brain-wave activity ranges from fully awake to deep dreamless sleep. This activity is categorized into five primary groups: Delta, Theta, Alpha, Beta, and Gamma.
    Delta0.1 - 3 Hzdeep sleep, lucid dreaming, increased immune functions, hypnosis
    Theta3 - 8 Hzdeep relaxation, meditation, increased memory, focus, creativity, lucid dreaming, hypnagogic state
    Alpha8 - 12 Hzlight relaxation, "super learning", positive thinking
    Low Beta12 - 15 Hzrelaxed focus, improved attentive abilities
    Midrange Beta15 - 18 Hzincrease mental ability, focus, alertness, IQ
    High Betaabove 18 Hzfully awake, normal state of alertness, stress and anxiety
    Gamma40 Hzassociated with information-rich task processing and high-level information processing
    By using light and sound to induce these brain states we are able to gain greater control and efficiency of brain usage. Furthermore, improvements in relaxation, memory, creativity, stress management, sleep disorders, and even ESP(!) can be had by utilizing a brain-wave machine.
    Commercial brain-wave machines cost hundreds of dollars, but you can build your own using only a few dollars worth of components. In this document I will walk you through hardware construction and software control of an easy to build brain-wave machine.
    Disclaimer: I am not an electronics expert or a biofeedback specialist. If you fry your hardware (or your wetware) don't come whining (or drooling) to me. I assume no responsibility for what you do with this information.
Building the Hardware

(Always yield to the hands-on imperative.)

    With simplicity being the goal, brain-wave goggles can be constructed from suitable eyewear, such as safety glasses, and an array of LED's (Light Emitting Diodes). I'm using the PC's parallel port to control the flashrate of the LED's. Audio stimulation can be provided by a stereo and headphones or the PC's soundcard.
    I'm using 8 LED's, one per parallel port data out line. This provides an easy way to control each individual LED allowing for some variations in pattern and intensity. Each lense on the goggles will hold four LED's in a diamond pattern. The LED's are powered by the parallel port and controlled via software.
    Basic electronics experience is recommended but not necessary to construct this brain-wave machine.
    Parts List
    8 LED's (choose green, yellow, or red LED's)
    DB25 pin male parallel port connector (or butcher a printer cable, 25 conductor)
    Goggles (safety glasses or similar eyewear)
    Wire

    Note: Radio Shack charges about $20 for 8 LED's. I got 20 LED's from a real electronics store for $3.
    Circuit Diagram

    Construction
    Hole pattern for LED's.
    1. Drill four holes in each lense in a diamond pattern as shown in the diagram to the right. Make the holes just large enough for the LED's to fit through.
    2. Glue the LED's into the holes. Be sure there is room between the LED's and your face when you are wearing the goggles. Actually, the LED's fit tightly in 3/16" holes and I didn't need to use glue.
    3. Wire all of the LED's cathode leads together and connect (with a long wire) to a ground pin on the parallel port connector. Pins 18-25 are all ground so pick any one of those. Note: the flat side of the LED is the cathode lead.
    4. Connect the LED's anode leads to the parallel port connector. Follow the circuit diagram above which outlines which parallel port pin to connect each LED to. Use long wires, you are going to want to be lying down when you use the goggles. (If you are using a printer cable you can use a battery and a LED to figure out which pin each wire is attached to.)
    5. If your parallel port wires aren't already in a bundle tie them together with wire-ties so they don't get tangled. You will also want to provide strain-relief by attaching the wire bundle to the goggles so it doesn't get pulled off.
    Hmmm, they look kind of silly. But that's not the point, we're here to explore the phenomenon of biofeedback, not for a fashion show.
    Browse the Brain-Wave Machine Image Gallery for pictures of readers goggles as well as modifications and variations.
Programming and Software

(Code is the essence of everything.)

    Development of the control software is being carried out primarily in QBasic and C. I've provided a quick introduction to parallel port programming in BASIC so anyone can experiment with writing their own code. BASIC is also handy for quickly writing little routines to help test the hardware you're building. A few complete BASIC applications are provided to get you started and we've got some reader-submitted C code and a microcontroller implementation too. And finally, I've provided some links to software you can use to create your own brainwave audio sessions in order to greatly enhance your Brain-Wave Machine experience.
    BASIC
    The PC parallel port has eight data lines out. These data lines can be turned on and off by sending a byte to the port where each bit in the byte represents the on or off state of one of the data lines out. In BASIC you do this with the OUT function. The OUT function accepts two parameters, port address and a byte in decimal format. The most common addresses for LPT ports in hex are 378h, 278h, and 3BCh. LPT1 is almost always 378h, or 888 in decimal. The address parameter can be in hex (i.e. OUT &H378, #) or decimal format (i.e. OUT 888, #). Now let's take a look at bit patterns...
    Bit (or data line out):12345678
    Decimal value:1248163264128
    Example bit pattern:01010101
    Look at the example bit pattern included in the table above. The byte 0101010101 will turn on all of the even numbered data lines. To convert this binary byte to a decimal value we just add up the "on" bits. (2 + 8 + 32 + 128 = 170) So the function call would be OUT 888, 170. So, OUT 888, 0 will turn off all eight data lines (0 = 00000000 in binary) and OUT 888, 255 will turn on all eight data lines (255 = 11111111 in binary). For example, the following code will flash all of the LED's fifty times with a short delay in between.
    FOR i=1 to 50
       OUT 888, 255
       FOR x=1 to 500
       NEXT x
       OUT 888,0
       FOR x=1 to 500
       NEXT x
    NEXT i
    

    Obviously we need something better for timing than a FOR/NEXT loop. Unfortunately QBasic doesn't offer any timing functions with millisecond accuracy. Note: hz and cycles/second both refer to the flashrate of the LED's, so 15 hz = 15 flashes/second. I've written a small sample application which demonstrates one method of dealing with the timing issue in QBasic (using the SOUND function of all things). The program also has timed sessions, selectable frequencies, and three different flash patterns. Feel free to experiment with it.
    Sample QBasic App: BWM.BAS.
    Brainstar 1: Smoother interface and more features. Edit, save, and load patterns. QBasic source as well as a packaged run-time version are included. Contributed by Fractal (HardCore Software), May 6, 2000.
    Brainstar 2: Now with audio support, graphical session editing, and more. Contributed by Fractal (HardCore Software), October 4, 2000.
    Note 1: QBasic can be found on your Windows CD under OTHER/OLDMSDOS or search for olddos.exe on microsoft.com.
    Note 2: These programs will not work under NT unless a driver such as
    Direct I/O is utilized.

    C / C++
    Audio Tools
Using the Brain-wave Machine

(This is your brain on Theta.)

    The key here is to experiment and do what works for you. Lying down in a quiet place where you won't be disturbed is recommended. Close your eyes and relax while the LED's are flashing. Sessions can be from 5-25 minutes or longer. Longer sessions seem to work better.
    You can use the brain-wave goggles with or without audio. However, the effects of the brain-wave machine are more powerful when used in conjunction with suitable audio. Many brain-wave stimulation and subliminal CD's and cassettes can be purchased from new-age bookstores. I highly recommend the "Brainwave Suite" 4 disc box-set by Dr. Jeffrey Thompson. Doctor Thompson has also produced several other brainwave CD's.
    Some Suggested Uses
    Relaxationbetween 5hz and 10hz for different levels of relaxation
    Meditationbetween 4hz and 7hz, either cycle between a few, or stay at a particular frequency for different results
    Induce Sleepbetween 4hz and 6hz for starters, then go into frequencies below 3.5hz, settling on about 1.5hz to 2.5hz for sleep
    Creative Visualizationabout 6hz for a while, then up to 10hz works well
    Stress Reductionany use of frequencies below 11hz will reduce stress
    Self Hypnosisabout 8hz to 10hz while playing any self-hypnosis tape, or guided meditation
    Super Learningabout 7hz to 9hz while playing any learning tapes, like foreign language tapes, etc. to increase comprehension
    Subliminal Programming5hz to 7hz while playing your favorite subliminal tapes
    Improve ESP / IntuitionTheta frequencies help in this area, 4hz to 7hz
    Reaching Higher States of ConsciousnessTheta again, with daily half hour sessions
    Quick Refresher on long dayslow Alpha 8hz to 10hz for 15 minutes works well

Copyright © 1999 - 2007 CYBØRG/ASM
www.hackcanada.com

Thursday, April 3, 2014

315Mhz Remote Control Code Scanner(coppier)


Diebold safecracking


Mars One To Build Simulated Colony For One-Way Astronauts

              

High-Tech Thieves and the Gadgets They Use

Curious about the latest in gadgets and gizmos thieves are using these day?
As our world rushes into the futuristic realm of technology and the geniuses of our time continue to think up revolutionary software, gadgets, gizmos, as well as other high-tech tools, thieves become ever more skilled in using them.
There are many products that I will bring to your attention today in an effort to look inside the tool box of high-tech thieves and what gadgets they use to victimize the unsuspecting public. I was planning on only writing on one or two of the ‘most used' items but there were so many to choose from that I decided to incorporate quite a few to broaden the spectrum of technologies being used today.
Manufacturers aren't fessing up to who made these dandy delights and buying these items can be hard to do if you don't know where to look. But nevertheless, I figured it was worth the heads up. Incidentally, BBC has an article about these thieves and the motivation behind their actions that I found very interesting in my research.

Super Flexible Cameras


Thousands of homes have a biological alarm system called a dog. Thieves that target a home have to watch out for this natural anti-theft device, so they use a small video camera that can slide under a door or into a small hole in the wall to help them find any vicious critters that would like to greet them with all of their sharp pointy teeth. Counter Intelligence Technologies, Inc. manufactures fiber optic digital cameras that are highly affordable. But they are certainly not the only ones to make them.  Many online retailers have them and one  example of a good super flex micro camera is from Amazon.
Flexible CameraFlexible CameraSnake CameraSnake Camera


Radio Frequency Code Grabbers


Okay, now on to another gadget that high-tech thieves use. Scanners that find specific radio frequencies are often used to gain access into a home via the garage door or car. As technology advances the alarms will need to be updated. If you are still using an old electronic garage door or an old car alarm system chances are the frequency can be duplicated. Hacker Central has devices like the RF (Radio Frequency) Detectors and Code Grabbers as well as providing lists of cars and garage doors/gates they open. Amazon has a well rated one here. The functions are pretty simple. The device itself locks on to the radio frequencies when the victim opens their garage door to leave or come home. By activating the code grabber it finds the exact frequency to open the door and duplicates it for future use. (Read more about Mobile Scanner and Radar laws in the U.S at afn.org.)
Code ScannerCode Scanner
Code GrabberCode Grabber


Credit Card Cloners and Skimmers

ATM  ScammerATM Scammer
Endless reports across the globe are reporting on credit card cloning and skimming. Devices are designed to be placed in plain site, usually on ATM's or even gas pumps for those of us looking for a fast transaction in our hectic lives. The Age and Sun Herald in Australia are reporting small covert cameras that not only record the pin numbers being entered but also the numbers on the credit card as well and all data on the magnetic strip. This is the very recipe for cloning an unlimited credit account at someone else's expense.

Car Key Code Scanning Laptops

LaptopLaptop
Car thieves are going high-tech too, well at least those with expensive tastes are. David Beckham just had his vehicle stolen according to MSNBC by way of a laptop... that's right, a laptop. The computer, along with an antenna and of course special software was able to extract a code that was transmitted by a Radio Frequency (RFID) chip located in the key.

Magnetic Keyboards

Magnetic Keyboard (from Neowin.net)Magnetic Keyboard (from Neowin.net)
While we are on the topic of cars I found another object of desire for thieves today... yep, you guessed it, gasoline. Because of the high price of petrol at the pumps, high-tech thieves are targeting new ways to get the juice for free. ABC news reports enlighten the public to the fact that magnetic keyboards are the culprit. The keyboard was basically used to ‘turn on' the pumps from a closed Citgo gas station in Rhode Island. They were able to get 134 gallons in that one trip that they loaded into empty metal drums.

Keystroke Catchers

Keystroke Catcher (from Spy-solutions.com)Keystroke Catcher (from Spy-solutions.com)
Although "pharming" or "phishing" scams are still all the rage with dishonest thieves via the internet, specialists at truecredit.com (a branch of TransUnion) say that there is one more thing to watch out for... "Keystroke catchers". Small devices are affixed to the cable which goes from the keyboard to the computer itself and are as cheap as $100. The connector is what they call a "catcher" and it records whatever you type into your computer. They are usually slipped into public computer areas like libraries and internet cafés. The moral of this story kiddies, is to never pay bills or shop online in a public terminal where just anybody has access to the data you transmit. You can pick one of these up on Amazon here.
Well, what do you think of the latest gadgets being used criminals? Do you think these technologies should be allowed in the marketplace at all? Do you think this article will facilitate criminal behaviour by explaining how these technologies are being used? Should we not be writing about these types of security related devices?

Manda Spring
Surveillance and Security Innovations
InventorSpot.com
- See more at: http://inventorspot.com/articles/hightech_thieves_and_gadgets_they_use_15452#sthash.0tY9hJ5A.dpuf

Handheld Scanner Can Copy Car Keys Just By Peeking At The Lock