A. To secure data storage
B. To prioritize data analysis
C. To standardize data formats
D. To optimize data transmission
A. Wearable fitness trackers
B. Industrial automation
C. Smart agriculture
D. Smart home systems
A. Wi-Fi
B. Bluetooth
C. NB-IoT
D. Zigbee
A. Data governance
B. Data preprocessing
C. Data visualization
D. Data encryption
A. Cisco IoT Field Network Director
B. Cisco DNA Center
C. Cisco Edge Intelligence
D. Cisco Jasper Control Center
A. Data scalability
B. Data replication
A. Cisco Jasper
B. Cisco HealthPresence
C. Cisco Secure IoT Platform
D. Cisco Kinetic
A. Apache Kafka
B. Hadoop
C. MapReduce
D. Apache Hive
A. Internet of Telecommunication
B. Internet of Technology
C. Internet of Things
D. Internet of Trading
A. High deployment costs
B. Data encryption concerns
C. Limited connectivity options
D. Lack of IoT devices in the market
A. Ethernet
B. Fiber optics
C. PLC
D. Power over Ethernet (PoE)
A. Implementing multiple layers of security
B. Neglecting security measures
C. Having a single layer of security
D. Focusing only on physical security
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