System Requirements Document (SRD) for coral-beekeeping

1. Introduction

The coral-beekeeping project is an innovative solution aimed at fostering harmony between beekeepers and farmers by addressing the critical issue of bee mortality caused by pesticide spraying. This Android-based application leverages technology to create a communication bridge, enabling farmers to notify beekeepers about pesticide spraying schedules and allowing beekeepers to take preventive measures to protect their hives.

The app, named ಮಧು ಸಿರಿ (Madhu Siri), reflects its cultural relevance to the Indian agricultural community while offering a user-friendly interface in English to ensure broader accessibility. This project aligns with sustainable agricultural practices, biodiversity conservation, and improved crop yields.

2. System Overview

The coral-beekeeping system is a mobile application designed to:

• Allow beekeepers to pin and manage hive locations on a map.
• Enable farmers to send real-time alerts before pesticide spraying.
• Provide tools for beekeepers to monitor hive health and honey production.
• Educate users on bee-friendly agricultural practices.

The app will feature:

• Real-time Notifications: Farmers can notify beekeepers within a 2km radius of pesticide spraying.
• Hive Mapping: Beekeepers can pin, edit, and view hive locations using an interactive map.
• Health Logs: A dashboard for tracking hive health and honey production.
• Educational Content: Tips on safe pesticides and sustainable practices.

The app will be developed using modern technologies, ensuring responsiveness, vibrant visuals, and seamless user experience.

3. Functional Requirements

• As a Beekeeper, I should be able to pin and edit my hive locations on a map.
• As a Farmer, I should be able to send real-time pesticide spraying alerts to nearby beekeepers.
• As a Beekeeper, I should receive notifications when a farmer sends a spraying alert.
• As a Beekeeper, I should be able to log hive health and honey production data.
• As a User, I should be able to access educational content on bee-friendly practices.
• As a User, I should experience a responsive and visually appealing UI in English.

4. User Personas

4.1 Beekeeper

• Description: Individuals or small-scale entrepreneurs managing bee colonies for honey production and pollination services.
• Goals: Protect hives from pesticide exposure, monitor hive health, and increase honey yield.
• Needs: Real-time alerts, hive mapping, and health tracking tools.

4.2 Farmer

• Description: Crop growers who use pesticides to protect their crops but want to avoid harming bees.
• Goals: Notify beekeepers before spraying and adopt bee-friendly practices.
• Needs: Simple alert system and access to educational content.

4.3 General User

• Description: Individuals interested in learning about sustainable agriculture and bee conservation.
• Goals: Gain knowledge about safe pesticides and sustainable practices.
• Needs: Access to educational resources.

5. Visuals Colors and Theme

Color Palette

• Background: #FDF6E3 (Soft Honey Beige)
• Surface: #FFF4C2 (Warm Golden Yellow)
• Text: #4A3F35 (Earthy Brown)
• Accent: #FFB400 (Bright Honey Amber)
• Muted Tones: #D9CBA7 (Subtle Sand)

This palette reflects the natural tones of honey, bees, and agriculture, creating a warm and inviting interface.

6. Signature Design Concept

The coral-beekeeping app will feature a "Living Hive" Interactive Homepage.

Concept Details:

• Visual Design: The homepage will resemble a vibrant honeycomb, with each hexagonal cell representing a feature (e.g., Hive Map, Spray Alerts, Health Logs, Tips).
• Animations: The honeycomb cells will gently pulse and glow when hovered over, mimicking the activity of a live beehive.
• Transitions: Clicking on a cell will trigger a smooth zoom-in animation, transitioning the user to the selected feature.
• Micro-interactions: Bees will occasionally fly across the screen, leaving a subtle trail of pollen dust that fades away.
• Color Dynamics: The background will subtly shift between warm golden hues, creating a dynamic and immersive experience.

This design will make the app visually unforgettable and emotionally engaging, reinforcing the theme of harmony between humans and nature.

7. Non-Functional Requirements

• The app must support real-time notifications with minimal latency.
• The UI must be responsive and optimized for Android devices of various screen sizes.
• The system must handle up to 10,000 concurrent users without performance degradation.
• The app must support the Kannada app name (ಮಧು ಸಿರಿ) while maintaining an English UI.
• Data storage and retrieval must be secure and comply with local data protection regulations.

8. Tech Stack

Frontend

• React Native for mobile app development.

Backend

• Python with FastAPI for API development.

Database

• MySQL for structured data (e.g., user profiles, hive locations).
• MongoDB for unstructured data (e.g., health logs, educational content).

AI Models

• GPT 5.4 for user-friendly responses.
• Google Nano Banana for generating educational visuals.

AI Tools

• Langchain for conversational AI workflows.
• Litellm for LLM routing.

Orchestration

• Docker and docker-compose for local development.
• Kubernetes for server-side orchestration.

9. Assumptions and Constraints

• Users will have access to Android devices with internet connectivity.
• The app will primarily target rural and semi-urban areas in India.
• Notifications will be sent within a 2km radius of hive locations.
• The app will be developed in English, with the app name in Kannada.

10. Glossary

• Beekeeper: An individual managing bee colonies for honey production and pollination.
• Farmer: A person engaged in agriculture, growing crops, and using pesticides.
• Hive Map: A feature allowing beekeepers to pin and view hive locations.
• Spray Alert: A notification system for farmers to inform beekeepers about pesticide spraying.
• Bee-Friendly Tips: Educational content on sustainable agricultural practices.
• Responsive UI: A user interface that adapts to different screen sizes and devices.