» NEW ADVANCED ANDRUCHI

1) European / French Roulette

If you know the probabilities, you know when to bet, where, and why.
Change the way you play the game of roulette forever. My new Advanced Andruchi roulette system uses a user-friendly software interface to instruct you on where and how to bet. Unlike most roulette systems, it tells you exactly what to do. You don't think, you just execute. The results are nothing short of stunning. As a result, I decided to give it a site of its own.

My Advanced Andruchi roulette system's algorithm is based on the calculated probabilities of how many unique (i.e. different) numbers appear in 37 consecutive spins. Predicting which numbers to bet on at any moment, based on these probabilities, is a mind-boggling task. With the aid of computers, however, you can do it in a blink of an eye and focus on execution and money management rather than mathematics and probabilities. It tells you when to bet, how to bet, where to bet, and why to bet! You just feed it the spins as they are generated and wait until it signals a bet. This is one you won't want to miss!

In short, the user enters the spins as they are generated, and the Advanced Andruchi roulette system signals WHEN to bet, WHERE to bet, HOW MUCH to bet, and your PROBABILITY OF SUCCESS. It is as effective as it is simple and works due to the probability distribution of unique numbers in a 37 consecutive spin sequence as explained below. Warning: The explanation below of how my roulette system works is a bit dense and technical and may be skimmed if necessary. The point to remember is that my Advanced Andruchi roulette system is easy to use and is incredibly accurate as you will see in the Examples section.

Let me keep things uncomplicated and work through a simplified example. My program is based on the probability distribution of unique numbers in consecutive spins. A unique number is simply a number that has been spun, counted only once regardless of how many times it has repeated in the sequence. For example, if the numbers 0, 36, and 0 were spun on the roulette wheel, that would be 2 unique numbers (0 and 36) in 3 consecutive spins.

Now let's consider a 10 consecutive spin example. I ran 10,000 simulations and calculated the probability of how many unique numbers show up in 10 consecutive spins. In other words, I calculated the probability distribution of how many different numbers actually come out in 10 spins. This is shown below:

Probability Distribution of Unique Numbers in 10 Consecutive Spins.
Based on 10,000 simulations.
 
Unique Numbers
Probability
1 0%
2
0%
3
0%
4
0%
5
0%
6
1%
7
6%
8
24%
9
42%
10
27%

In the 10,000 simulations I ran, 8 unique numbers appeared in 10 consecutive spins in approximately 2,400 of the 10,000 simulations I ran, corresponding to a 24% probability. If you know the probabilities above, then you know that the probability of 8, 9, or 10 unique numbers coming out in 10 consecutive spins is simply the sum of their probabilities (confer above): 24% + 42% + 27% = 93%. So if, in 7 consecutive spins, 7 unique numbers have appeared (i.e. no repeaters), then the probability of at least one more unique numbers appearing in the next 3 spins, to complete the 10-spin sequence, is 93%. (It is actually not that simple as will be explained further below).

In other words, there is a 93% chance that at least one of the numbers that have not come up (i.e. a new unique numbers) will show up in the next 3 spins (until the end of the sequence) if, in 7 consecutive spins, 7 different numbers have appeared.

But what if in a 10-spin sequence, 6 numbers came out in 7 spins (i.e. one of the numbers repeated itself)? Would you take into account the probability of 10 unique numbers showing up in the next 3 spins when calculating the probability of success even though it is an impossible scenario? Of course you wouldn't because if only 6 unique numbers came out in 7 spins, then the maximum unique numbers that could possibly come out in 10 spins is: 6 unique numbers + 3 spins left = 9 unique numbers.

Likewise, in the original example above, if 7 unique numbers came out in 7 spins, you should not account for the possibility of only 6 unique numbers coming out since it is impossible. Therefore, you would have to calculate the actual probability as the proportional probability of the possible favorable scenarios (8, 9, or 10 unique numbers appearing in this case) over the probabilities of all possible scenarios (7, 8, 9, or 10 unique numbers appearing): (24% + 42% + 27%) / (6% + 24% + 42% + 27%) = 93% / 99% = 93.94%. This represents the actual probability of a new unique number appearing in the next 3 spins if 7 different numbers have come out in the last 7 spins. The problem is you do not know at what point in the next 3 spins you will win, so you need to create a progression to ensure you profit at any of the 3 points. You can therefore use a 3-step progression to bet on the remaining 30 numbers that haven't yet been spun. The 3-step progression you would require after the 7th spin of a 10-spin sequence betting on all the 30 unique numbers that have not yet appeared is as follows (assuming you would be content with at least a $1 profit):
 

Progression table for a 10-spin sequence with 7 unique numbers after 7 spins.
Betting on 30 numbers.
 

The catch, however, is that with such a low spin sequence, you would need a restrictively large bankroll and table limit to ensure a successful outcome. To complete such a progression, you would need a table limit of 36 dollars per number bet and a $1,290 bankroll. Most Casino's have a significantly lower table limit and most players have a significantly lower bankroll. Even then, who would risk $1,290 to win $6 even with a 93.94% chance of success? Your Expected Return would be (.9394*6) - (.0606*1290) = -$72.54. So even if you could afford the bankroll and were at a Casino that allowed such a high table limit, your Expected Return is still negative and you would never place the bet.

This is where the Advanced Andruchi roulette system comes into play. It considers 37 consecutive spin sequences and their respective unique number probabilities based on 10 million simulations for maximum accuracy as shown below:

Probability Distribution of Unique Numbers in 37 Consecutive Spins.
Based on 10 million simulations.

Unique Numbers
Probability
1
0%
2
0%
3
0%
4
0%
5
0%
6
0%
7
0%
8
0%
9
0%
10
0%
11
0%
12
0%
13
0%
14
0.00003%
15
0.0006%
16
0.0062%
17
0.0513%
18
0.282%
19
1.2%
20
4%
21
8%
22
15%
23
20%
24
20%
25
16%
26
9%
27
4%
28
1%
29
0%
30
0.055%
31
0.00691%
32
0.00046%
33
0.00001%
34
0%
35
0%
36
0%
37
0%
how I calculated the probabilities above.

The advantage of a 37 spin sequence is that bets are normally triggered towards the end of the sequence where, on average, one would only have to bet on approximately half the table (i.e. 17 numbers instead of 30 like in the 10-spin example), reducing the bankroll required and extending the possibility of a successful progression. Even then, it only signals a bet when the Expected Return is positive and the Probability of Success is above 90% and then automatically calculates the required progression to help ensure success. Below is a typical progression table for a 37-spin sequence where 20 unique numbers have come out in 34 consecutive spins (i.e. 3 spins left to complete the 37-spin sequence; betting on the 17 unique numbers that have not yet appeared):

Progression table for a 37-spin sequence with 20 unique numbers after 34 spins.
Betting on 17 numbers.
 

Compared to the progression table of the 10 consecutive spin example, this progression is a lot more accessible as it only requires a $68 bankroll and a maximum of 2 dollars per number bet. The Probability of Success with this example is the proportional probability of 21, 22, or 23 unique numbers divided by the proportional probability of 20, 21, 22, or 23 unique numbers (confer above): (8% + 15% + 20%) / (4% + 8% + 15% + 20%) = 92.29% (this is calculated automatically by my Advanced Andruchi roulette system). Since we do not know at what point in the progression we will be successful and each step of the progression offers a different profit, we must again average the Profit column, giving us an Average Profit of $8.33. Using this Average Profit, we can calculate the Expected Return: (.9229 * 8.33) - (.0771 * 68) = $2.45. Unlike with the 10 consecutive spin example, we have a POSITVE Expected Return in this scenarios. Considering we have a positive Expected Return, and the units required in the progression are well below the table limit, and the bankroll is very accessible, we would proceed to bet. Of course, the Advanced Andruchi roulette system calculates everything, including the probabilities, automatically from the spins you enter and signals a bet, telling you exactly on what numbers to bet (which are simply the numbers that have not appeared by that point in the 37 consecutive spin sequence). In other words, all the player has to do is enter the spins as they are generated, wait for a Bet signal, and place the bets on the specified numbers. It is that simple, and it works!

Below is a screen shot of the Advanced Andruchi roulette system in action. The System is very simply to use and extremely accurate and effective. The only catch is that not every 37-spin sequence will trigger a Bet, although most will. However, using the program's Smart Clear feature will allow the user to clear only the initial spins necessary to return to a positive scenario, taking advantage of the most recent spins already recorded, thereby dramatically speeding up the time it takes for a Bet to be signaled. In other words, you can use the end of the previous sequence as the beginning of a new sequence, instead of starting a new 37-spin sequence from scratch. The Advanced Andruchi roulette system calculates this automatically via the Smart Clear button. Since the Probabilities of Success given are not some random number I invented, but a mathematically derived probability based on actual outcomes in a 37-spin sequence, the player knows exactly what chance they have of being successful. Since they will rarely encounter a 100% Probability of Success, the player needs to allow room for losses. Although if the player is always placing bets when a positive Expected Return is given, then the winners will more than compensate for the losers, resulting in consistent long-term profitability, and a winning system by definition.

The Advanced Andruchi roulette system in Action.

"The real distinction is between those who adapt their purposes to reality and those who seek to mold reality in light of their purposes."

Let me walk you through a real-life example of my Advanced Andruchi roulette system in action. Click on the images to enlarge them.

BEFORE THE TRIGGER SPIN
Before a Bet signal was triggered, there were 5 spins left in the sequence and only 20 unique numbers had shown. Although the Probability of Success was positive and the Max Units Allowed by the table (i.e. the Table Limit) was high enough to cover the progression, the Expected Return considering a $272 bankroll (i.e. potential loss) was negative and therefore a Bet signal was not triggered.

Before the trigger spin.

 

THE TRIGGER SPIN
Then came number 28, the 33rd spin in my 37-spin sequence.

The Trigger Spin.

 

THE BET SIGNAL
I entered the number 28 in the program by clicking on the "28" button in the INPUT pad. Now, with only 4 spins left and a 4-step progression requiring only a $136 bankroll, the 94.64% Probability of Success was enough for a positive Expected Return. As a results, a Bet signal was triggered and I locked the results for execution, focusing on the numbers to bet on in the OUTPUT table.

The Bet Signal.

 

THE ACTUAL BET
I then proceeded to bet $1 units, as was shown in the progression table, on the numbers displayed in the OUTPUT table. This is shown below.

The Actual Bet.

 

THE WIN
The 94.64% Probability of Success proved to be correct and number 31, a new unique number I had bet on, was spun next, awarding me a $19 profit as calculated by the Progression Table and as evidenced below in my balance.

The Win.

As can be witnessed from this example, my Advanced Andruchi roulette system is simple to use, intuitive, user-friendly, and highly effective. It is also customizable, allowing the user to change the Table Limits and the Minimum Profit the user is willing to accept even after a Bet signal has been given to see how the variables will change.

If you would like a more detailed explanation of all the individual features of my Advanced Andruchi roulette system, please click the screenshot below to enlarge it and read through the help bubbles:

My program, although complex in its calculations, is simple to use and very intuitive. The engine that calculates everything is extremely efficient and very quick. Simply enter the spins, as they are generated, into the INPUT pad, wait for the BET signal, then place the bets on the numbers shown in the OUTPUT table using the Progression specified in the PROGRESSION TABLE. It is that simple!