Increased bandwidth

Reduced latency

Improved security

Enhanced reliability

High speed

Low latency

Wide coverage

High power consumption

By supporting a higher number of connected devices

By enabling faster data transmission

By reducing interference between devices

All of the above

Smart home automation

Industrial automation and control

Autonomous vehicles

All of the above

It enables the creation of virtual networks with customized performance characteristics.

It improves the security of IoT devices by isolating them from other network traffic.

It helps to reduce latency by prioritizing IoT traffic.

All of the above

High cost of infrastructure deployment

Limited availability of spectrum

Security vulnerabilities

All of the above

By enabling real-time data collection and analysis from IoT sensors.

By facilitating efficient communication between smart devices and infrastructure.

By supporting the integration of various smart city services.

All of the above

Increased attack surface due to the large number of connected devices

Vulnerability to botnet attacks

Insufficient encryption of data

Improved physical security of IoT devices

It reduces latency by processing data closer to the IoT devices.

It improves the efficiency of data transmission by reducing the amount of data sent to the cloud.

It enhances security by isolating IoT devices from the core network.

All of the above

Remote patient monitoring

Real-time data collection from medical devices

Telemedicine and virtual consultations

All of the above

It enables real-time communication between vehicles and infrastructure.

It facilitates the exchange of data between vehicles for cooperative driving.

It supports the remote monitoring and control of autonomous vehicles.

All of the above

Lack of standardized communication protocols

Incompatibility between different IoT platforms

Security concerns related to data sharing

All of the above

It enables the analysis of large volumes of data generated by IoT devices.

It helps to optimize network performance and resource allocation.

It enhances the security of IoT devices by detecting and responding to threats.

All of the above

Increased efficiency and productivity through automation

Improved safety and reduced downtime

Enhanced quality control and product traceability

All of the above

It enables real-time monitoring of crop health and environmental conditions.

It facilitates precision agriculture practices for optimized resource utilization.

It supports remote control of agricultural machinery and equipment.

All of the above