A. Securing data in transit
B. Preventing unauthorized access
C. Verifying the identity of the user
D. Verifying the identity of the device
A. To provide power to IoT devices
B. To connect IoT devices to the cloud
C. To store data collected from IoT devices
D. To define a standard framework for communication between devices
A. A software simulation of an IoT application
B. A physical twin of a digital device
C. A human-like robot
D. A virtual replica of a physical device or system
A. By using open-source software
B. By connecting to public Wi-Fi networks
C. By implementing tamper-proof seals
D. By sharing device access with multiple users
A. Abundance of data storage options
B. Interoperability between devices
C. Limited availability of cloud services
D. Lack of skilled professionals
A. Cisco Jasper
B. Cisco Webex Teams
C. Cisco DNA Center
D. Cisco Kinetic
A. Cisco IoT Edge
B. Cisco IoT Data Control
C. Cisco IoT Application Hosting
A. Online gaming
B. Remote patient monitoring
C. Fitness trackers
D. Smart home devices
A. Two-factor authentication
B. Biometric authentication
C. No authentication required
D. Single-factor authentication
A. Data transmission
B. Data storage
C. Data visualization
D. Data processing
A. SMTP
B. UDP
C. MQTT
D. HTTP
A. Ruby
B. C++
C. Python
D. Java
A. CoAP
B. MQTT
C. WebSocket
A. NB-IoT
B. 5G
C. LTE-M
D. 4G LTE
A. NoSQL databases
B. Relational databases
C. Data lakes
D. Data warehouses
A. To prevent system failures
B. To encrypt data transmissions
C. To facilitate network connectivity
D. To detect and respond to potential security threats
A. Internet of Technology
B. Internet of Tomorrow
C. Internet of Telecommunications
D. Internet of Things
A. Data compression
B. Data replication
D. Data encryption
