Securing arduino-based system using secure coding & IDS

Arduino platforms are popular for their user-friendliness and adaptability, making them common in various projects. However, their widespread use also exposes them to security vulnerabilities. This paper addresses these threats by focusing on secure coding practices and developing a robust intrusion detection system (IDS). It begins with an analysis of potential security flaws in Arduino systems, identifying areas prone to exploitation. By emphasizing best practices in secure coding, the project aims to strengthen Arduino applications against malicious attacks. The IDS will play a critical role by continuously monitoring Arduino systems for unusual activities that could indicate a security threat. The study seeks to enhance the security of Arduino-based systems through a comprehensive framework combining secure coding and IDS, offering valuable insights for developers to create more secure and resilient systems.