Match each IoT security layer to its coordinating definition.

Group of answer choices

Device layer

$[$ Choose $]$a parent layer of continuous$$ processes required to keep the security of an IoT solution up to date.$$ Safety$$ components$$ include$$ risk$$ assessment,$$ activity$$ monitoring,$$updates$,$ vendor$$ control,$$ user$$ awareness$$ assessment,$$ and$$ safe$$settlement$.$the networks that are connected to$$ the IoT solution, that is$,$ the media over which the data is transmitted.$$ Security components include access control, firewall, IPS, IDS, and$$ end$-$to$-$end encryption.$$back$-$end$$ software$$ for$$ the$$ IoT$$ solution,$$that is$,$ the data center to which data from IoT devices is sent and in$$ which data is analyzed and interpreted to gain insights to be able to$$ perform actions.$$the hardware of the IoT solution, that is$,$ the$$ physical$$ thing.$$ Security$$ includes$$ physical$$ security,$$ stored$$ data,$$chip security, secure start$-$up$,$ device authentication, and each device$$ having an identity.$$

Communication layer

$[$ Choose $]$a parent layer of continuous$$ processes required to keep the security of an IoT solution up to date.$$ Safety$$ components$$ include$$ risk$$ assessment,$$ activity$$ monitoring,$$updates$,$ vendor$$ control,$$ user$$ awareness$$ assessment,$$ and$$ safe$$settlement$.$the networks that are connected to$$ the IoT solution, that is$,$ the media over which the data is transmitted.$$ Security components include access control, firewall, IPS, IDS, and$$ end$-$to$-$end encryption.$$back$-$end$$ software$$ for$$ the$$ IoT$$ solution,$$that is$,$ the data center to which data from IoT devices is sent and in$$ which data is analyzed and interpreted to gain insights to be able to$$ perform actions.$$the hardware of the IoT solution, that is$,$ the$$ physical$$ thing.$$ Security$$ includes$$ physical$$ security,$$ stored$$ data,$$chip security, secure start$-$up$,$ device authentication, and each device$$ having an identity.$$

Cloud layer

$[$ Choose $]$a parent layer of continuous$$ processes required to keep the security of an IoT solution up to date.$$ Safety$$ components$$ include$$ risk$$ assessment,$$ activity$$ monitoring,$$updates$,$ vendor$$ control,$$ user$$ awareness$$ assessment,$$ and$$ safe$$settlement$.$the networks that are connected to$$ the IoT solution, that is$,$ the media over which the data is transmitted.$$ Security components include access control, firewall, IPS, IDS, and$$ end$-$to$-$end encryption.$$back$-$end$$ software$$ for$$ the$$ IoT$$ solution,$$that is$,$ the data center to which data from IoT devices is sent and in$$ which data is analyzed and interpreted to gain insights to be able to$$ perform actions.$$the hardware of the IoT solution, that is$,$ the$$ physical$$ thing.$$ Security$$ includes$$ physical$$ security,$$ stored$$ data,$$chip security, secure start$-$up$,$ device authentication, and each device$$ having an identity.$$

Life$-$cycle management

$[$ Choose $]$a parent layer of continuous$$ processes required to keep the security of an IoT solution up to date.$$ Safety$$ components$$ include$$ risk$$ assessment,$$ activity$$ monitoring,$$updates$,$ vendor$$ control,$$ user$$ awareness$$ assessment,$$ and$$ safe$$settlement$.$the networks that are connected to$$ the IoT solution, that is$,$ the media over which the data is transmitted.$$ Security components include access control, firewall, IPS, IDS, and$$ end$-$to$-$end encryption.$$back$-$end$$ software$$ for$$ the$$ IoT$$ solution,$$that is$,$ the data center to which data from IoT devices is sent and in$$ which data is analyzed and interpreted to gain insights to be able to$$ perform actions.$$the hardware of the IoT solution, that is$,$ the$$ physical$$ thing.$$ Security$$ includes$$ physical$$ security,$$ stored$$ data,$$chip security, secure start$-$up$,$ device authentication, and each device$$ having an identity.$$