Internet of Things (IoT) Security protects and secures the network connecting IoT devices to back-end systems
Internet of Things (IoT) Security |
The Internet of Things (IoT) is an ecosystem of electronically
interconnected physical objects. The Internet of Things (IoT) is the process of
creating a smart communication environment between smart homes, smart
transportation, and smart healthcare systems with the assistance of a number of
devices in a network that enable data transmission within these devices such as
WSN (Wireless Sensor Network), RFID (Radio Frequency Identification), cloud
services, NFC (Near Field Communication), gateways, data storage &
analytics, and visualisation elements. Additionally, IoT is connected to
embedded software, hardware, IT services, and communication services for
efficient management of numerous interconnected devices as well as for
monitoring, detecting, and preventing unauthorised access.
The Internet
of Things (IoT) Security is a system of interconnected
gadgets, each of which has a unique identification and gathers and transmits
data automatically across a network.
IoT devices are
employed across a variety of fields and industries, such as:
·
Consumer Applications - Smartphones, smart watches, and
smart houses, which can control everything from air conditioning to door locks
from a single device, are examples of IoT consumer items.
·
Business Applications – IoT devices are used by businesses
in a variety of ways, including smart security cameras, trackers for ships,
cars, and other items, and sensors that collect data from industrial machinery.
·
Governmental Applications - Applications for the Internet of
Things in government include those that track wildlife, track traffic, and send
out alerts for natural disasters.
There are currently billions of IoT devices spread around the
globe. We shall discuss their inherent security vulnerabilities here because of
the additional scrutiny they have received as a result of their increased
involvement in our daily lives.
This is achieved by tying each IoT device to a command and
control (C&C) centre, which serves as a management hub. Software upkeep,
configurations, firmware updates to fix bugs and vulnerabilities, as well as
the provisioning and authentication of operations like device enrollment, are
all handled by centres.
Application programme interfaces enable device-to-device
communication (API). Once a device's maker makes its API available, other
devices or applications can use it to connect and exchange data. Even device
control is possible with some APIs. For instance, a building manager can
remotely lock doors inside a particular office using an API.
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