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Development of a Scalable Virtual Sports Betting Platform with Expandable Payment and Game Options
  1. case
  2. Development of a Scalable Virtual Sports Betting Platform with Expandable Payment and Game Options

Development of a Scalable Virtual Sports Betting Platform with Expandable Payment and Game Options

sigma.software
Gambling
Gaming
Financial services

Identifying Challenges in Virtual Sports Betting System Expansion

The client operates an existing virtual sports betting system but aims to broaden its portfolio by adding new virtual sports, integrating diverse payment solutions, and supporting high-volume user transactions. They require a flexible, high-performance backend platform capable of handling increased load, easy integration with third-party data providers, and a user-friendly web application optimized for multiple devices.

About the Client

A mid-to-large-sized gambling company specializing in virtual sports and gaming solutions seeking a robust betting platform to enhance market offerings and user engagement.

Strategic Goals for Virtual Sports Betting Platform Development

  • Create a reliable, scalable backend platform that supports integration with multiple virtual sports data providers and various payment systems.
  • Design and develop a multi-device compatible web application enabling end-users to observe virtual sports, place bets, and view results efficiently.
  • Enable system customization for different markets, operators, and device types to facilitate targeted deployments.
  • Ensure the platform can be expanded seamlessly with additional virtual sports and payment methods in future phases.
  • Achieve high system performance and security standards to handle high transaction loads and sensitive user data.

Core Functional Specifications for Virtual Sports Betting System

  • Bet Settlement Engine: a core backend architecture to process bets, settle wins/losses, and integrate with virtual sports data providers and multiple payment systems.
  • End-user Web Application: a responsive, tablet-optimized web interface allowing users to watch virtual sports, place bets, and retrieve results across various devices.
  • System Customization Capabilities: administrative tools for configuring betting processes, adding new virtual sports, and managing market-specific parameters.
  • Integration Support: seamless connection with third-party virtual sports servers and payment gateways.
  • High Load Handling: infrastructure designed to support peak transaction volumes with minimal latency.

Preferred Technologies and Platform Architecture

HTML5 for frontend development
Scalable backend architecture possibly utilizing microservices
High-performance server infrastructure

Essential External System Integrations

  • Virtual sports data providers for real-time game data
  • Payment gateway systems for deposits and withdrawals
  • Administration tools for process customization

Critical Non-Functional System Requirements

  • Support for high transaction loads with scalable infrastructure
  • Low latency for real-time virtual sports observation and betting
  • Robust security measures to protect user data and transactions
  • Device responsiveness and compatibility across tablets and other device types

Expected Business Benefits from the Virtual Sports Betting Platform

The new platform aims to support future expansion with additional virtual sports and payment options, providing a flexible and scalable solution capable of managing high user loads. It is expected to enhance user engagement, increase transaction volume, and improve overall operational efficiency, laying the groundwork for continued growth in virtual sports betting offerings.

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