Lightweight cryptographic methods ensure resource-constrained IoT devices maintain security without overloading capabilities.
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Lightweight cryptographic methods ensure resource-constrained IoT devices maintain security without overloading capabilities.
Lightweight cryptographic methods are designed to provide strong security for resource-constrained Internet of Things (IoT) devices by utilizing minimal computational resources and memory. These methods involve efficient algorithms that balance security and performance to ensure that the devices can handle encryption and decryption processes without significantly impacting their abilities to perform other functions. Popular lightweight cryptographic methods include algorithms such as PRESENT, SIMON, and Skinny, which are optimized for low power consumption and limited hardware resources commonly found in IoT devices.