System Requirements Document (SRD) for Sonic-Restaurant

Slide 1: Introduction

Title: Sonic-Restaurant

• Prepared for: Toleen Saadeh
• Location: Palestine (PS)
• Purpose: To outline the system requirements for the Sonic-Restaurant project, a digital solution for managing a high-end restaurant experience tailored to the local market.

Slide 2: System Overview

Overview of Sonic-Restaurant

• Sonic-Restaurant is a digital platform designed to enhance the dining experience for customers and streamline operations for restaurant staff and management.
• Key Features:
  • Online reservation system
  • Interactive digital menu
  • Order tracking and management
  • Customer feedback system
  • Integration with local payment gateways (supporting USD and local currency)
• Locale-Specific Defaults:
  • Currency: USD ($)
  • Timezone: Palestine Standard Time (GMT+2)

Slide 3: Functional Requirements

User Stories

• As a User:
  • I should be able to browse the menu with detailed descriptions and images.
  • I should be able to make a reservation online.
  • I should be able to order food for delivery or pickup.
  • I should be able to track my order status in real-time.
  • I should be able to leave feedback and rate my experience.
• As an Admin:
  • I should be able to manage reservations and customer orders.
  • I should be able to update the menu items and prices.
  • I should be able to view analytics and reports on sales and customer feedback.
  • I should be able to manage staff schedules and salaries.
• As a Guest:
  • I should be able to view the menu without logging in.
  • I should be able to explore the restaurant's theme and concept.

Slide 4: User Personas

Types of Users

1. Admin:
   • Role: Manages restaurant operations, staff, and analytics.
   • Needs: Efficient tools for managing reservations, orders, and reports.
2. Registered User:
   • Role: Regular customer who uses the platform for reservations, orders, and feedback.
   • Needs: Seamless user experience and personalized recommendations.
3. Guest:
   • Role: Casual visitor exploring the restaurant's offerings.
   • Needs: Easy access to menu and restaurant information.

Slide 5: Visuals Colors and Theme

Proposed Color Scheme

• Primary Colors:
  • Deep Blue (#003366): Represents trust and professionalism.
  • Coral (#FF7F50): Adds warmth and vibrancy, reflecting the restaurant's seafood theme.
• Accent Colors:
  • Gold (#FFD700): Symbolizes luxury and high-end service.
  • White (#FFFFFF): Ensures clarity and elegance.
• Background:
  • Subtle wave patterns or marine textures to evoke the ocean theme.

Slide 6: Signature Design Concept

Bold Design Idea: Interactive Ocean-Themed Homepage

• Concept:
  • The homepage will feature a 3D underwater scene where users can explore different sections of the website as if diving into the ocean.
• Details:
  • Animations: Schools of fish swimming across the screen, coral reefs subtly glowing, and bubbles rising as users scroll.
  • Interactive Elements: Clicking on a crab or lobster will reveal menu highlights, while tapping on a treasure chest will showcase special offers.
  • Transitions: Smooth, fluid transitions mimicking the movement of water.
  • Micro-Interactions: Hovering over menu items will cause them to "ripple" like water.
• First Impression:
  • Users will feel immersed in a luxurious underwater world, setting the tone for a high-end dining experience.

Slide 7: Non-Functional Requirements

Performance and Reliability

• The system must handle up to 500 concurrent users without performance degradation.
• Ensure 99.9% uptime for critical functionalities like reservations and order management.

Security

• Implement secure payment gateways with encryption.
• Protect user data with GDPR-compliant measures.

Scalability

• The platform should be scalable to accommodate future expansions, such as additional restaurant locations or features.

Slide 8: Tech Stack

Recommended Technologies

• Frontend:
  • React for Web
  • React Native for Mobile App
• Backend:
  • Python with FastAPI
• Database:
  • MySQL or MariaDB (RDBMS)
  • Alembic for migrations
• AI Models:
  • GPT 5.2 for user-friendly responses
• AI Tools:
  • Langchain for conversational AI
• Orchestration:
  • Docker for local development
  • Kubernetes for server-side orchestration

Slide 9: Assumptions and Constraints

Assumptions

• Users will primarily access the platform via mobile devices.
• The restaurant operates in Palestine, so local payment gateways and currency must be supported.
• High-speed internet is available for seamless operation.

Constraints

• Limited budget for initial development.
• Compliance with local regulations for online transactions and data privacy.

Slide 10: Glossary

Key Terms

• RDBMS: Relational Database Management System.
• FastAPI: A modern web framework for building APIs with Python.
• Docker: A tool for containerizing applications.
• Kubernetes: A system for automating deployment, scaling, and management of containerized applications.
• GDPR: General Data Protection Regulation, ensuring data privacy and protection.

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