Roulette Analysis for Casinos

Requirements: •Windows 7 and above •.Net 4.5.2 compatibility •SQL compatibility Pricing: 500 USD Demo Video: https://youtu.be/HbI2H0-La4A You are a casino owner, gaming manager or surveillance manager.  You have a feeling that something is going down at the roulette tables, but you can’t put your finger on it.  Looking for a method to calculate the probabilities? Excelpunks puts the statistics into this equation with Roulette Analysis! •Includes analyses for Single and Double Zero roulette •Probability alerts immediately inform you of improbable results. •Round-By-Round Analysis and Entire Game Analysis: Occurrence of Specific numbers Win/Loss analysis on all wager types Win/Loss analysis on Specific Numbers Win/Loss analysis  of the game as a whole •Custom Analysis •Win/Loss analysis of any combination of any number of games Let robust statistical principles do the math for you.  Think that your player is winning more than he should?  Let Roulette Analysis prove it mathematically! Get in touch with us at excelpunks@gmail.com for details! Advertisements

Casino Surveillance Reporting Suite with Integrated Baccarat Analysis

Requirements: Windows 7 and above .NET Framework SQL server compatibility Contact us at excelpunks@gmail.com for details! Demonstration Video: Features: User-friendly interface with drag and drop functionality Comprehensive details presented in an easily navigable format. Compatibility with Excel – retrieve and upload large amounts of information using Excel into and out of the system. Customizable user access levels define how much access each user has to report and access data. Integrated Incident Reporting platform with Baccarat Analysis for comprehensive reporting on losing shoes. Automatic report data generates upon loading – presenting the number of reports created by respective users and categories. Print reports individually or by batch Password Protected Log-ins Password protection for all log-ins. Reports are uniquely identified by the user’s log-in name. Incident Reporting Standardized reporting made easy with drop-down lists for incident categories, locations, staff and subject profiles. Dynamic report list generation allows you to scroll through all selected reports Subject and Staff Profiles Dynamic profile list generation allows you to scroll through all selected profiles Attach

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Baccarat Analysis for Casinos

Requirements: .NET framework SQL server compatibility Baccarat.  It is THE hottest game in Asia and well known for its high limits and the crowd it draws. Excelpunks is pleased to present – Baccarat Analysis. View the demo: Individual Game Analysis Analyse each game being played Easy to use point and click interface Systems automatically examine the results of each coup – all you have to do is enter the results and the wagers WIN: Compute your player’s probability of winning for the player, banker, tie or pairs WAGER: Monitor your player’s wagering pattern to see if he is wagering high on the winning hands and low on the losing hands – there’s no need to guess, let us prove the maths! SHOE: Analyse the shoe itself to see if there was a bias to either the player or the banker and assess its probability THEORETICAL WIN: Compare the expected theoretical win and the result and see how probable the result is 1st Card: Determine the

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The Logic Of The Losing Shoe

The Logic of the Losing Shoe For those in the casino industry, especially for us surveillance folks, the words ‘losing shoe’ are all too familiar. A losing shoe is a period of play, normally lasting the length of one shoe of cards (which may be from one to as many decks as the shoe can hold!), which registers a substantial loss. Ever wondered how that loss limit was set? In considering this question, it is useful to once again refer to our central limit theorem.  Here is the graph again. (Source: http://schools-wikipedia.org/) The central limit theorem proposes that up to 99.9% of all occurrences happen between -3 to -1 and 1 to 3 σs from the average or mean.  σ extends into the positive (meaning 1 to 3 σ) and negative (meaning -1 to -3 σ). In order to derive any sort of boundary in a casino game, one has to calculate the following: Probability Of Events Occurring (for more

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