A healthcare IoT device continuously transmits patient heart-rate data. Which authentication weakness would create the highest risk?
Which security mechanism is MOST critical for protecting healthcare IoT communications?
Which IoT application benefits MOST from fog platforms due to low-latency requirements?
In a fog-based IoT authentication system, fog nodes primarily help by:
What is the primary security advantage of Software Defined Networking (SDN) in IoT systems?
In healthcare IoT systems, why is availability considered a critical security requirement?
In SDN architecture, the control plane is separated from the data plane mainly to:
A smart healthcare system uses fog computing to process emergency patient data locally before sending it to the cloud. Which statement BEST explains this implementation?
In fog-based IoT architecture, what is the key difference compared to traditional cloud computing?
A hospital uses wearable IoT devices for patient monitoring. Which attack could directly threaten patient safety?
Which authentication mechanism is most suitable for resource-constrained IoT devices?
Why is interoperability important in IoT-cloud integration?
Which of the following is the main purpose of authentication in IoT environments?
In IoT healthcare systems, which data type requires the HIGHEST level of privacy protection?
Which challenge is MOST critical when implementing SDN security in IoT networks?
What is the primary benefit of integrating IoT with cloud services?
Which security issue is particularly challenging in fog computing platforms?
An SDN controller in a smart city IoT network detects abnormal traffic spikes from thousands of sensors. Which security function is MOST likely being performed?
A university deploys SDN-based IoT security for smart classrooms. Which scenario demonstrates the analytical advantage of SDN?