Anonymous Betting Platform for Sports and Events

Technologies:

JavaScript / TypeScript (9)
Redis (9)
Telegram Mini Apps (5)
PostgreSQL (27)
Auto Testing (25)
Django (23)
Linux (23)
Vue.js / Nuxt.js (12)

Domains:

Finance and Cryptocurrency (7)
Gambling (1)
Web Development (10)

Project Goals

The goal of this project was to create an online betting service where users could place bets on sports and other events while maintaining full anonymity. The platform needed to ensure privacy and ease of use, supporting various betting types and secure payment options.

Functional Capabilities

  • Bet Management: Users can place and accept bets, monitor the status of their bets, and verify payment status.
  • Payment Integration: The platform supports cryptocurrency payments to maintain user anonymity. It also calculates payout distributions, accounting for service commissions.
  • Notification System: Notifications are sent to users via email and Telegram. The system also automatically posts and updates betting information in a public Telegram channel to keep users informed.
  • Betting Types: Supports both "one-on-one" bets and group bets with different payout calculation algorithms to meet various user preferences.
  • User Dashboard: Each user has a private dashboard that allows them to review their betting and payment history in a secure environment.

Solution Concept

The solution was developed as a secure, web-based platform that emphasizes privacy. To achieve this, the system leverages cryptocurrency payments and minimal user data collection. The frontend allows users to interact with the platform easily, while the backend manages secure bet placements and anonymous payment processing.

A core challenge was ensuring that all user interactions were fully anonymous. This included developing an architecture that limits personal data storage, and ensuring that any identifiable information was minimized during all operations. Telegram and email notifications were used for their end-to-end encrypted capabilities, enabling safe communication with users without compromising their anonymity.

Results

  • User Privacy and Anonymity: Achieved full user anonymity throughout the betting process, from placing a bet to receiving winnings.
  • Seamless Bet Management: Implemented effective bet placement and management features that allow users to participate without revealing personal data.
  • Cryptocurrency Integration: Integrated major cryptocurrencies for deposits and withdrawals, enhancing user anonymity and payment flexibility.

Additional Sections

Technology Selection Rationale

The stack was selected based on the need for rapid development while maintaining high levels of security and anonymity. The use of Django and Python helped achieve fast development cycles, while Vue.js allowed for a responsive and interactive user interface.

Development Methodology

The project followed an agile methodology, with sprints focusing on implementing betting functionalities, payment integration, and security measures. The key emphasis was on delivering features incrementally while maintaining security and anonymity.

Quality Assurance

The testing approach included unit tests, integration tests, and end-to-end (E2E) tests to ensure all features worked securely and as intended. Special attention was given to the security and privacy aspects of the platform.

Integration

The system integrates with popular cryptocurrencies to manage payments and with the Telegram API to provide notification features. The platform's backend was designed to support easy integration of additional betting types and payment methods in the future.

Results and Benefits for Clients

  • Full User Anonymity: The platform delivers complete anonymity, ensuring that no identifiable user information is stored.
  • Ease of Use: The interface allows users to participate in betting quickly and securely, without the need for extensive identity verification.
  • Community Engagement: Automated updates in Telegram channels helped engage users and investors, enhancing the visibility of the platform.