Introduction

Project SmartHive integrates IoT devices to create a connected home ecosystem. It allows users to control and monitor their homes remotely through a mobile app.

Key Features

• Device Control: Control lights, appliances, and thermostats remotely.
• Energy Monitoring: Track energy consumption and optimize usage.
• Security: Real-time alerts for unauthorized access and live camera feeds.
• Voice Commands: Integration with voice assistants like Alexa and Google Assistant.

Technical Insights

• IoT Devices: Used Arduino and Raspberry Pi for device control and data collection.
• Communication Protocol: Implemented MQTT for efficient communication between devices.
• Backend: Developed a Python-based server for processing and storing data.
• Frontend: Built a React app for user interaction and control.

Challenges and Solutions

• Interoperability: Designed a modular system to support a wide range of devices.
• Latency: Optimized communication protocols to reduce response times.
• Security: Implemented encryption and secure authentication to protect user data.

Outcome

Project SmartHive was deployed in a model home and demonstrated its potential to simplify daily life. It received interest from smart home enthusiasts and IoT startups.