Smart home automation has emerged as a significant technological advancement that enhances convenience, security, and energy efficiency in modern households. Traditional home control systems often rely on manual operation or isolated automation techniques that cannot adapt to user preferences or provide centralized control. This research proposes a Raspberry Pi–based smart home control system capable of managing home appliances, monitoring environmental conditions, and enabling remote access through IoT platforms. By integrating sensors, actuators, and wireless communication technologies, the Raspberry Pi acts as a centralized controller that processes inputs, automates tasks, and provides real-time data to users via mobile or web applications. The system supports features such as lighting control, temperature regulation, intrusion detection, energy monitoring, and voice-based commands. The proposed solution enhances user comfort while reducing energy consumption and enabling remote control from anywhere. With its open-source flexibility, reliability, and scalability, the Raspberry Pi provides a strong foundation for building comprehensive smart home ecosystems that align with future smart city infrastructures
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