219
IoT Challenges
11.7 The Domino Effect of IoT Safety
Several safety issues are originated in terms of IoT execution and its traits. Users are
required to keep a certain level of faith and reliance with the confidence that the appliances that use IoT are safe from the intruders to reduce the system’s information insurance,
peculiarly because this application has become more ubiquitous and well incorporated in
our daily activities. The IoT appliances in which the security is compromised can cater
various intrusions by attacking any of the components shown in Figure 11.7 and unlicensed login. This increases the chances of data invasion by exposing the data networks
with insufficient safeguarding.
The interlinked fashion of IoT services denotes that every appliance that is linked
online has the capability to influence the security and the ability to withstand external disturbances and internal collapses of the Internet worldwide. The factors such as
software or hardware implementation of uniform IoT services or appliances, the autoconnection features of certain IoT appliances with other appliances, and the probability
of employing or running them in environments that are not well protected tend to
enhance the potential vulnerability. Figure 11.8 lists the potential challenges in terms
of IoT security.
App
App
The
cloud
The
datacenter
Big
data
Gateway
Gateway
Brown field
G reen field
Wired/
wireless
Device
loT
devices
Device
Data
acquisition
Wind river
Data
aggregation
Data
analysis
Sensor hub
Sensors
Sensor hub
The internet
Private
cloud
Embedded
cloud
FIGURE 11.6
Depiction of ways in which constituent parts of an IoT are interrelated or arranged. A quintessential IoT deployment would include the appliances facilitated by sensors on the physically connected or
unconnected network.
IoT Challenges
11.7 The Domino Effect of IoT Safety
Several safety issues are originated in terms of IoT execution and its traits. Users are
required to keep a certain level of faith and reliance with the confidence that the appliances that use IoT are safe from the intruders to reduce the system’s information insurance,
peculiarly because this application has become more ubiquitous and well incorporated in
our daily activities. The IoT appliances in which the security is compromised can cater
various intrusions by attacking any of the components shown in Figure 11.7 and unlicensed login. This increases the chances of data invasion by exposing the data networks
with insufficient safeguarding.
The interlinked fashion of IoT services denotes that every appliance that is linked
online has the capability to influence the security and the ability to withstand external disturbances and internal collapses of the Internet worldwide. The factors such as
software or hardware implementation of uniform IoT services or appliances, the autoconnection features of certain IoT appliances with other appliances, and the probability
of employing or running them in environments that are not well protected tend to
enhance the potential vulnerability. Figure 11.8 lists the potential challenges in terms
of IoT security.
App
App
The
cloud
The
datacenter
Big
data
Gateway
Gateway
Brown field
G reen field
Wired/
wireless
Device
loT
devices
Device
Data
acquisition
Wind river
Data
aggregation
Data
analysis
Sensor hub
Sensors
Sensor hub
The internet
Private
cloud
Embedded
cloud
FIGURE 11.6
Depiction of ways in which constituent parts of an IoT are interrelated or arranged. A quintessential IoT deployment would include the appliances facilitated by sensors on the physically connected or
unconnected network.