WGU D337 PRE-ASSESSMENTS OBJECTIVE
ASSESSMENTS FINAL EXAMS SOLUTION SET
2026 SOLVED QUESTIONS WITH CORRECT
ANSWERS 100% ACCURATE
◉ cyberspace Answer: a network of hundreds of thousands of
interconnected computers, servers, routers, switches, and fiber-optic
cables that allow critical infrastructures to work
◉ digital Answer: technologies that generate, store, and process data as
fixed numbers; binary digits or bits in the form of zeroes and ones
◉ information systems Answer: combinations of hardware, software,
and networks that are integrated together to collect, process, store, and
distribute data
◉ internet Answer: a global network of wired and wireless networks
◉ web Answer: an information space consisting of a number of public
resources that are linked together and made accessible via the internet
◉ consumer IoT Answer: all the users' networks around their personal
and home devices
,◉ industrial IoT Answer: machines, computers, and people enabling
intelligent industrial operations using advanced data analytics for
transformational business outcomes
◉ Internet of Bodies Answer: connected devices that monitor the human
body, collect physiological, biometric, or behavioral data, and exchange
information over a wireless or hybrid network
◉ Challenges Impacting the Adoption of IOT Answer: Security,
Privacy, Data Control and Governance, Standardization
◉ sensors Answer: devices that respond to inputs from the physical
environment and use those inputs for decision-making by displaying the
inputs, transmitting them for additional processing, or using them in
conjunction with artificial intelligence
◉ actuator Answer: a device that converts an electrical signal into a
corresponding physical quantity such as movement, force, or sound
◉ edge processing Answer: a process of data aggregation, manipulation,
bandwidth reduction, and other logic directly on an IoT sensor or device
◉ IoT ecosystem Answer: a set of stakeholders that participate in the
deployment of IoT technology and the relationships between them
, ◉ First wave of IOT Answer: Developing Sensors that could be
connected to a network
◉ Second wave of IOT Answer: focused increasingly on developing
new types of sensors and sensing materials, as well as on developing
new communication technologies and protocols. Communication
technology that allowed widespread deployment of sensors
◉ Third wave of IOT Answer: Data collection, processing, and security
◉ IOT Stakeholders Answer: Information Providers, Platform Providers,
Application Developers, End Users
◉ Information Provider Answer: IOT Stakeholder. Owner of sensor
deployments. May use for self or provide for wider usage. Also includes
parties that aggregate and provide data from multiple sources.
◉ Platform Provider Answer: IOT Stakeholder. Provide functionalities
like frameworks and platforms for other participants to use so they can
focus on their part (e.g., app development)
◉ LPWAN Answer: low-power wide-area network. a wireless wide area
network technology that interconnects low-bandwidth, battery-powered
devices with low bit rates over long ranges and can be delivered through
cellular networks.
ASSESSMENTS FINAL EXAMS SOLUTION SET
2026 SOLVED QUESTIONS WITH CORRECT
ANSWERS 100% ACCURATE
◉ cyberspace Answer: a network of hundreds of thousands of
interconnected computers, servers, routers, switches, and fiber-optic
cables that allow critical infrastructures to work
◉ digital Answer: technologies that generate, store, and process data as
fixed numbers; binary digits or bits in the form of zeroes and ones
◉ information systems Answer: combinations of hardware, software,
and networks that are integrated together to collect, process, store, and
distribute data
◉ internet Answer: a global network of wired and wireless networks
◉ web Answer: an information space consisting of a number of public
resources that are linked together and made accessible via the internet
◉ consumer IoT Answer: all the users' networks around their personal
and home devices
,◉ industrial IoT Answer: machines, computers, and people enabling
intelligent industrial operations using advanced data analytics for
transformational business outcomes
◉ Internet of Bodies Answer: connected devices that monitor the human
body, collect physiological, biometric, or behavioral data, and exchange
information over a wireless or hybrid network
◉ Challenges Impacting the Adoption of IOT Answer: Security,
Privacy, Data Control and Governance, Standardization
◉ sensors Answer: devices that respond to inputs from the physical
environment and use those inputs for decision-making by displaying the
inputs, transmitting them for additional processing, or using them in
conjunction with artificial intelligence
◉ actuator Answer: a device that converts an electrical signal into a
corresponding physical quantity such as movement, force, or sound
◉ edge processing Answer: a process of data aggregation, manipulation,
bandwidth reduction, and other logic directly on an IoT sensor or device
◉ IoT ecosystem Answer: a set of stakeholders that participate in the
deployment of IoT technology and the relationships between them
, ◉ First wave of IOT Answer: Developing Sensors that could be
connected to a network
◉ Second wave of IOT Answer: focused increasingly on developing
new types of sensors and sensing materials, as well as on developing
new communication technologies and protocols. Communication
technology that allowed widespread deployment of sensors
◉ Third wave of IOT Answer: Data collection, processing, and security
◉ IOT Stakeholders Answer: Information Providers, Platform Providers,
Application Developers, End Users
◉ Information Provider Answer: IOT Stakeholder. Owner of sensor
deployments. May use for self or provide for wider usage. Also includes
parties that aggregate and provide data from multiple sources.
◉ Platform Provider Answer: IOT Stakeholder. Provide functionalities
like frameworks and platforms for other participants to use so they can
focus on their part (e.g., app development)
◉ LPWAN Answer: low-power wide-area network. a wireless wide area
network technology that interconnects low-bandwidth, battery-powered
devices with low bit rates over long ranges and can be delivered through
cellular networks.
