Live Casino

Live Casino and Virtual Casino games are being played just like physical casino games. In these game-set, we apply the same rules and regulations which are used to play physical Casino games. We designed the most played Casino for this portal that include, Teen Patti, Teen Patti T-20, 32 Card Casino, High Low, Poker, Andar Bahar, Seven Down and much more exciting games.

Appending features to Live Casino game was challenging along the line. We had to provide the best features that keep engage users to the game with balanced economy design to generate revenue.

State management is the prime component of Live gaming to give real experience of gaming. We added real time video and syncing features for state management that work simultaneously to show the same state at the dealer panel and at the gamers end like Betting, Dealing Card, Waiting and Game Over.

This is not the only thing that we had to keep while synchronizing the dealer panel in the game portal. However, we also kept in our mind that users can get access even in case of poor internet connection. We resolved the issue with an algorithm through calculating the video delay and an algorithm for rewinding it with an increase in the delay by more than a certain interval.

To increase the engagement rate in Live Casino as well as Virtual Casino we designed a large array of animated SVG components for the finest UI/UX which includes Main Menu, Bets Area, Scoreboard/Live User Scoreboard, Race Track, Gambling Chips, History transaction page as well as Virtual dealer etc.

We developed and added some of the most engaging games in the Live Casino like Teen Patti, Teen Patti T-20, Amar Akbar Anthony, 32 card Casino and many more. Moreover, we also added virtual games in the Casino where we used emerging technologies like React, Redux etc. to code the game functionalities that give similar outcome as the Live Casino experience..

We utilized MangoDB and Radius database for the game development and used typescript for its backend development. While designing the front-end, we used Cocos creator and unity and to develop the portal's dash board, we used Angular language. We integrated API for card reading and deployed Rabbit MQ for faster communication between servers.

We added a feature of Odds that enables users to get an idea about the bet's outcome during the game-play. We also developed a feature that helps gamers to bet additional chips before entering into game even he/she started playing.

We utilized MangoDB and Radius database for the game development and used typescript for its backend development. While designing the front-end, we used Cocos creator and unity and to develop the portal's dash board, we used Angular language. We integrated API for card reading and deployed Rabbit MQ for faster communication between servers.