· 3 min read
Case Study: Ticketing Bot - Streamlining Event Ticket Sales on Telegram
Building Telegram based solution for full cycle event ticket management, including selling and ticket validation functionality on any mobile device with the camera.
Project Background
The Ticketing Bot project began as a freelance collaboration with a client who envisioned a Telegram bot for event ticket sales. With only a brief description, the project was expanded into a fully functional prototype that issued QR code tickets and offered a dedicated interface for event staff to scan and validate them. The bot provides event organizers with a convenient, all-in-one solution to communicate with their audience, manage ticket sales, and validate entries—all within Telegram.
Objectives and Goals
The project aimed to create a straightforward, flexible tool for event organizers to manage ticketing directly through Telegram, which offers:
- Easy Community Interaction: Telegram’s platform facilitates community engagement through group chats and channels, making it ideal for artists and event organizers who want to sell tickets in the same space where they engage with fans.
- In-App Payment Support: Telegram’s Bot API supports direct payments, streamlining ticket sales by allowing purchases directly in the app.
Technical Stack and Implementation
To ensure high performance, reliability, and minimal infrastructure costs, Go was chosen for the backend. Go’s simplicity and efficiency allow for creating a small, high-performance binary, making it ideal for applications that require stability and scalability. Vue was selected for the admin panel, providing a flexible, modern interface for event management and ticket issuance.
Challenges
- Debugging within Telegram: Running a web app inside Telegram’s interface presented some initial debugging challenges. Obtaining an Android device allowed effective testing across platforms, facilitating smoother development.
- UI Design for Simplicity: Balancing a visually appealing yet simple interface for quick deployment required iterative testing and adjustments.
Features and Functionalities
- Event Creation and Management: Administrators can create events, set ticket prices, and control ticket quantities.
- QR Code Issuance: Each ticket purchase generates a unique QR code sent to the user, simplifying the check-in process.
- QR Code Validation: A dedicated scanner enables staff to validate and mark tickets upon entry, ensuring security and efficiency at events.
Outcome and Lessons Learned
The project ended prematurely due to payment issues. Despite efforts to establish clear communication, delays and unmet payment promises led to a termination of the project. The bot was left in a usable state, but the project highlighted critical lessons in client vetting and contract management.
Key Takeaways and Reflections
- Client Validation and Contracts: This experience underscored the importance of validating clients and setting up formal agreements, as clear terms reduce risks and set a solid foundation for a successful collaboration.
- Potential for Future Development: While no permissions were formally transferred, the bot holds potential for further development. The client may have a copy of the prototype, but with no rights transferred, the project could still be revived independently.