IoT device APIs should be secured with strong authentication, encryption, and regular security testing to prevent exploitation.

Public key infrastructure secures IoT by enabling certificate-based authentication, ensuring trusted communication between devices.

Brute force attacks exploit weak passwords. Using strong, unique passwords and rate-limiting authentication attempts prevents such breaches.

Anomaly detection in IoT networks identifies unusual patterns or behaviors, enabling proactive threat mitigation.

IoT devices in smart grids face risks like unauthorized access. Strong encryption and real-time monitoring secure energy networks.

Secure data storage in IoT devices involves encryption, access controls, and secure hardware-based storage solutions.

Constrained IoT devices benefit from efficient security practices like lightweight cryptography and streamlined authentication methods.

Hardware-based attacks target physical components. Tamper-resistant designs and secure hardware modules enhance device protection.

Secure firmware development addresses vulnerabilities during design, ensuring IoT devices are resilient to future attacks.

Secure OTA updates require encryption, digital signatures, and verified update servers to prevent malicious modifications during transmission.