Affordable microcontroller-based systems can revolutionize communication and efficiency in restaurants without the high costs of proprietary solutions. With components like Arduino Nano Every, HC-12 wireless modules, and I2C displays, restaurants can implement custom tools for tasks such as managing wait times for to-go orders, streamlining staff communication, or providing real-time updates to customers. These compact, programmable systems offer flexibility to tailor features specifically to a restaurant’s needs, ensuring functionality at a fraction of the price of commercial systems.
The Mookies project is a microcontroller-based system designed to enhance operational efficiency and communication within a restaurant environment. This project leverages a transmitter-receiver architecture, allowing wireless communication of key operational data between stations. The system aims to provide real-time updates, facilitate easy interaction between staff, and improve customer service by streamlining tasks such as order management.
Purpose
The primary purpose of the Mookies project is to create an affordable and customizable communication system tailored for small businesses, particularly restaurants. By combining low-cost hardware components and open-source software, the system delivers a flexible solution adaptable to various needs without requiring specialized technical expertise.
Goals
Enable wireless data transmission using HC-12 modules.
Provide a reliable method for managing and communicating to-go order timeframes.
Include user-friendly controls, such as toggle switches, for intuitive operation.
Display relevant data using an I2C-compatible display.
Support USB power for initial implementation, with a future plan to incorporate battery operation for portability.
Features
Wireless Communication: Transmit and receive data seamlessly between the transmitter and receiver using HC-12 modules.
Real-Time Updates: Display order statuses and other critical information on an I2C display.
Adjustable Time Intervals: Use onboard toggle switches to modify time increments, providing flexibility for various tasks.
LED Status Indicators: Control LEDs to provide visual feedback on operational states.
USB Power: Operate the system using a USB connection for simplicity and ease of setup.
Customizable and Open Source: Leverage open-source hardware and software to modify and expand the system to meet evolving requirements.
Benefits
Cost-Effective: Avoid high costs associated with proprietary restaurant communication systems.
Adaptable: Customize the system’s features to suit unique restaurant workflows.
Improved Efficiency: Streamline communication and reduce delays in managing orders and staff coordination.
Enhanced Customer Service: Provide timely updates and seamless interactions, enhancing the dining experience.
Scalability: Expand the system with additional modules or features as needs grow.