A. Securing data in transit
B. Preventing unauthorized access
C. Verifying the identity of the user
D. Verifying the identity of the device
A. Historical data
B. Real-time data
C. Predictive data
D. Hypothetical data
A. Audio
B. Video
C. Temperature
D. None of the above
A. To provide connectivity
B. To secure IoT devices
C. To manage and analyze data
D. To provide cybersecurity
A. Analyze data
B. Store data in the cloud
C. Control physical devices
D. Collect data from the environment
A. React
B. Angular
C. Django
D. Node-RED
A. Responsive design
B. Scalability
C. Data storage
D. Security
A. Xcode
B. Microsoft Visual Studio
C. Android Studio
D. Eclipse
A. InfluxDB
B. SQLite
C. Apache Cassandra
D. Redis
A. Wi-Fi
B. Bluetooth
C. NFC
D. Zigbee
A. Raspberry Pi
B. BeagleBone
C. Intel Edison
D. Arduino
A. NoSQL databases
B. Relational databases
C. Data lakes
D. Data warehouses
A. Implementing multiple layers of security
B. Neglecting security measures
C. Having a single layer of security
D. Focusing only on physical security
A. TCP
B. FTP
C. MQTT
D. HTTP
