Decentralized identifiers enhance IoT authentication by eliminating dependency on central authority credentials.

GDPR compliance in IoT ensures data privacy and security practices align with regulatory requirements.

Fog computing reduces data exposure by processing IoT data locally, improving security and privacy.

IoT in autonomous vehicles needs encryption and secure communication to prevent unauthorized control.

Multi-party computation enables secure IoT data sharing by distributing computations across multiple parties.

Zero-trust principles reduce risks in IoT by enforcing strict authentication and access control for every device.

Quantum computing could compromise IoT encryption; post-quantum cryptography ensures future-proof security.

Software-defined networking enables centralized IoT network management, simplifying security policy enforcement.