How Roulette Computers work | Winning Roulette Tips

Learn how cheating devices are applied. Very quick, easy and practical application for discrete winnings.

While there are many options and settings the user can tweak to increase the accuracy of predictions, below is a shortened and simplistic explanation of what is required to apply our roulette computer:

PHASE 1 - TAKING SAMPLES:

The computer of course needs to know the deceleration of a particular wheel and ball (not just the detected speed for single spins) so before actual play mode, you must take timings of sample revolutions of the wheel and ball. You can enter the sample revolution timings manually, or simply click the button to take timings. Firstly, you sample the wheel deceleration by clicking the button each time the wheel's zero passes any reference diamond (any diamond around the circumference of the wheel) - you do this for as many revolutions as you like. Secondly, on a separate spin, you click the button every time the ball passes any reference diamond - you also do this for as many revolutions as you like. Now the computer has sets of data - the computer then uses complex algorithms to determine the deceleration curve of the wheel and ball - it is not merely a matter of a deceleration "rate", so the algorithms must be precise and account for real-life curves. Importantly, the actual "curve" is different for every wheel because no two wheels are alike - this is one of the many things other roulette computers do not account for, therefore contributing to making predictions from simplistic computer less accurate. The "ball drop speed" is determined automatically and relevant data pertaining to the drop are tuned progressively during play mode - i.e. the more you play, the more accurate predictions become.

PHASE 2 - TESTING SAMPLE ACCURACY:

At this point, you can opt to test the accuracy of sample timings. To conduct the test, the user simply clicks the button 2 or more times (depending on user settings) to determine the speed of the wheel or ball during any given spin. The computer will then give audible beeps or sharp vibration pulses at the precise moment the ball is predicted to fall. Depending on whether or not the roulette computer user is satisfied with the accuracy, they can opt to return to phase 1, or continue to phase 3.

PHASE 3 - PLAY MODE:

This is where you actually start to win at roulette consistently. Once the wheel is spun, to actually make a prediction, the roulette computer user needs to select one specific diamond (or other static reference point) around the circumference of the wheel. The user then clicks the button once when the wheel's zero passes the reference diamond [first click], and once more when the wheel's zero passes the reference diamond again [second click]. Now at any time, the roulette computer user clicks the button again [third click] when the ball passes the same reference diamond, and again when the ball passes the reference diamond again [fourth and final click]. The prediction is then instantly relayed to the player who then places their bets. In this example, only 4 clicks are used. However up to 6 clicks in total may be used for predictions - the more clicks that are used, the more accurate the predictions are. Once the ball has landed, after a series of prompts either by vibration or earpiece, the user can enter into the computer which number the ball landed on (see also Roulette Computer Audio Demo). If a number is entered, the computer automatically tunes so that future predictions are more accurate.

See our video demos for further explanation

NOTE: The above is only a very simplistic explanation of how it works and does not explain the many features that are used to optimize accuracy and ease of application. You of course receive full instructions with illustrations and can contact me at any time for support.