Guide Manual to Intercept and Beat the Roulette Microprocessor

By The Guru

The first manual that reveals the operational logic of Roulette and how to intercept it. An indispensable text for players, 40 Microprocessor strategies and numerous practical examples.

• Language: English
• Publisher: The Guru
• Release date: Jan 1, 2024
• ISBN: 9781446613214

Book preview

GUIDE MANUAL FOR INTERCEPTING AND BEAT THE ROULETTE MICROPROCESSOR

40 MICROPROCESSOR STRATEGIES

This ebook will illustrate part of the logical operational procedures underlying the operation of Roulettes which are actually regulated by a Microprocessor known as Roulette Pro, automatic Roulettes or electromechanical Roulettes.

As a general description of the operation, in Pro Roulette the ball is launched automatically (i.e. without the help of the croupier, although, as will be seen later, there is no difference) therefore by an electromechanical system

This electromechanical system is then controlled by a microprocessor which, at pre-established times, according to the instructions of a software installed inside the roulette microprocessor, simultaneously rotates the roulette in a direction opposite to the direction of the ball, all at a variable speed , which can be incremental or decremental, sub-maximal or maximal, until the ball is positioned on a number, after possibly touching the lozenges or various edges.

What this ebook aims to illustrate is the logical criteria underlying the behavior of roulette and therefore what is the basis of the latter, i.e. the game patterns and the operational logic on which the microprocessor is set, in order to provide the player with valid interpretative criteria.

To have the right and correct approach and for a full understanding of the subject, it is essential that the player - reader understands the basic concepts and attempts to make his own the interpretative schemes that will be exposed below.

The classic player will therefore have to abandon his reductive approach followed thus far, made up of assumptions and prejudices, based on mere randomness, and force himself to open his mind.

This book being a first edition, is far from being perfect or definitive, however it will include many practical examples.

In the second edition, real sequences of numbers extracted from a roulette wheel in a real casino will be analyzed and explained.

In order not to bore the reader with long paragraphs, it was deemed more suitable to explain the basic concepts in a question and answer style.

Some answers will be completely new, not to say revolutionary, but the point is to provide in a simple and direct way, the axioms that constitute the basis of reasoning of the non-classical player.

This will then be followed by an illustration of the various (obviously not all) strategies operated by the microprocessor that the non-classical player should never forget.

Are there differences between live roulette and electronic roulette?

None. Except in sporadic cases, the ball is always controlled by a microprocessor. This is due to the fact that any casino could theoretically be busted if the ball always landed in the same sector and on the same number.

In order to avoid this risk, therefore, roulette wheels have almost all

been adjusted in such a way as to be driven by a microprocessor connected to the roulette wheel and obviously to determine which number the ball will land on.

So far nothing unusual, except for the fact that in live CD roulette, the croupier is simply a façade. In other words, the number of turns the ball makes has no relation to the force applied by the croupier. However, if on the one hand, roulette can be intercepted as it is governed by procedures that can be decoded by the player, on the other hand, the software that carries out these procedures is capable of modifying the same procedures and therefore also the trajectory of the ball and therefore it can become difficult to intercept Roulette if you do not know all these procedures in depth.

The simple fact that in certain casinos it is possible to play on electronic roulette connected to a live roulette, or with a croupier, is another clear example that even live roulette can be controlled electronically by a microprocessor, even if the croupier is present.

How does the logical functioning of the microprocessor in roulette work in practice?

To understand the game of roulette