International Journal of Advanced Research in Computer and Communication Engineering

Abstract: Local and grassroots cricket tournaments continue to rely on manual player selection methods such as verbal bidding, paper records, and spreadsheet-based tracking. These traditional approaches lack transparency, are prone to calculation errors, and often result in disputes, biased selections, and inefficient budget management. The absence of real-time validation and post-auction analytics further reduces the credibility and effectiveness of tournament organization.

To address these challenges, CrickBidder is proposed as a web-based online cricket player auction platform that digitizes and automates the entire auction workflow. The system enables organizers to conduct IPL-style live auctions where teams can bid for registered players in real time under predefined rules. CrickBidder incorporates role-based access for organizers, teams, and players, ensuring secure participation and controlled auction management. Real-time communication mechanisms ensure instant bid updates, timer synchronization, and transparent winner determination.

The platform is developed using modern web technologies, including React.js for the frontend, Node.js with Express.js for backend services, MongoDB for data storage, and Socket.io for real-time bidding updates. Automated bid validation, purse management, and squad constraints reduce human errors and ensure fairness. Post-auction reports and analytics provide valuable insights into team spending and player demand.

By digitizing the auction process, CrickBidder enhances transparency, efficiency, and professionalism in grassroots cricket management. The system demonstrates how real-time web technologies can be effectively applied to modernize sports management and deliver a scalable, data-driven auction solution.

Downloads: | DOI: 10.17148/IJARCCE.2026.15164