Low Power And Secure Edge Computing Using Adiabatic Logic For IoT Based Error Tolerant Application

The rapid growth of IoT demands low-power, secure edge computing solutions. This paper explores adiabatic logic for energy-efficient and secure IoT edge devices. Adiabatic logic, leveraging reversible computing, minimizes power dissipation, making it ideal for resource-constrained environments. The proposed framework enhances critical operations like encryption, error detection, and signal processing while improving resistance to side-channel attacks. Additionally, error tolerance mechanisms address sensor inaccuracies, ensuring reliable performance in dynamic conditions. By integrating adiabatic designs, this approach optimizes power efficiency and security, making it well-suited for IoT-based edge computing applications.