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Self-Pour Beverage Management Mobile Application Development
  1. case
  2. Self-Pour Beverage Management Mobile Application Development

Self-Pour Beverage Management Mobile Application Development

saritasa.com
Hospitality & leisure
eCommerce

Challenges in Managing Self-Pour Beverage Operations and Minimizing Waste

Hospitality venues face difficulties in real-time monitoring of alcohol consumption, preventing overpouring or underpouring, accurately billing customers, and reducing beverage waste. Staff often struggle with manual entry processes, leading to inefficient service and potential revenue loss, especially during peak times or large events.

About the Client

A mid-sized hospitality chain operating multiple venues such as bars, restaurants, and stadiums, requiring an efficient self-pour management solution to enhance customer experience and operational accuracy.

Goals for Developing a Self-Pour Management Mobile App

  • Implement a mobile application to enable staff to activate customers' self-pour wristbands efficiently and securely.
  • Integrate with existing POS and inventory management systems to accurately track and bill beverage consumption.
  • Design a simplified, intuitive user interface suitable for staff with varying technical proficiency.
  • Reduce beverage waste and prevent revenue leakage caused by manual overpouring or mismanagement.
  • Support deployment across diverse venue sizes, from intimate bars to large stadiums.

Core Functional Capabilities for the Self-Pour Beverage App

  • Wristband Activation Module: Allow staff to assign and verify customer wristbands, including driver’s license or ID verification.
  • Secure Payment Interface: Enable input and verification of credit card details associated with the customer's account.
  • Pour Initiation Control: Coordinate with the backend system to start and stop pour activities, ensuring accurate tracking.
  • User-Friendly UI Design: Develop an intuitive interface that minimizes training requirements and speeds up service during busy periods.
  • Real-Time Data Synchronization: Ensure all pouring data, customer information, and billing are updated instantly to prevent discrepancies.
  • Analytics & Reporting: Generate insights on pour patterns, sales, and waste management for operational improvements.

Technologies and Architecture Preferred for the Project

Java development for Android app
API integration with backend systems
Secure authentication protocols

External Systems and Data Integrations Needed

  • POS system integration for billing and inventory management
  • Customer ID verification API for age and identity verification
  • Payment gateway integration for processing credit card transactions
  • Backend database for tracking pour activities and customer data

Performance, Security, and Scalability Standards

  • Application should support at least 10,000 concurrent users during large events.
  • Real-time data updates with less than 2 seconds latency.
  • High security standards to protect customer payment data and personal information.
  • Offline functionality to allow limited operation in case of network disruptions, with synchronization once reconnected.

Projected Business Outcomes and Benefits

The deployment of a self-pour beverage management app is expected to enhance operational accuracy, significantly reduce beverage waste, and improve customer experience. This will lead to increased revenue by minimizing overpouring and fraud, with scalable support for venues of various sizes, ultimately boosting overall efficiency and profitability.

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