Secure boot ensures only verified software runs on IoT devices, protecting them from malicious code.

Access control for multiple IoT devices involves role-based permissions and centralized management systems.

IoT device hijacking can result in loss of control or data breaches. Regular updates and strong passwords prevent such incidents.

Hardware Security Modules (HSM) protect sensitive data in IoT devices by securely managing encryption keys and authentication processes.

Secure communication between IoT devices requires protocols like TLS/SSL to encrypt data and prevent interception.

IoT security in agriculture requires encryption, remote monitoring, and tamper-resistant hardware to protect systems from physical and digital threats.

Industrial IoT settings require robust access controls, encrypted communication, and continuous monitoring to protect sensitive operations.

Authentication ensures only authorized users can access IoT devices, reducing the risk of data theft and manipulation.

Unauthorized access to IoT devices can be prevented with strong authentication protocols and access controls.

Data encryption ensures sensitive information remains secure during transmission between IoT devices and systems.