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IoT Security Solution

19 min read

During the past decades, technological progress has entered our life on many levels. Technology plays a huge role in today’s society and people’s life, determining the ways of how everyday professional or personal activity should be maintained. IoT (Internet of Things) is a multi-dimensional, complex network of hundreds of millions of devices worldwide that are used for a wide variety of missions.

What Role Does IoT Play Nowadays?

Internet of Things is a network of various devices under the control of one person or organization. Devices that could be a part of this network are equipped with sensors or simple logic that make it possible to collect and analyze wide-ranging data, receive and execute commands or serve as the warning system or controller.

It is nearly impossible to list all the spheres in which IoT is used. From smart home systems and domestic thermoregulation to agricultural and military compounds, its elements play different roles.

In Logistics and Supply, the Internet of Things is responsible for data collection and analysis, which helps to fasten all operational processes, reduce the share of human labor or cut costs for the main operational processes. Also, it helps to grow crops by analyzing the number of pests as well as chemicals in soil.

On an individual level, the IoT system is responsible for smaller-scale but still important operations. Business companies integrate such networks in order to fasten and simplify the work process, improve communication and create an efficient and productive working environment. Nowadays, all in-office devices could be emerged into one, centralized arrangement. Printers, faxes, telephones, computers, fire alarms, video-cameras and electrical locks are submerged to the related Internet of Things networks.

But not only companies use such sets. Even a regular person who isn’t a businessman or an office clerk surrounds himself with a chain of connected and centralized devices such as smart home systems, smartphones and wearable technologies and domestic appliances with AI which are gaining wide popularity worldwide. Such devices became an integral part of the life of most people but such a tendency had brought a brand-new danger into people’s lives.

What Kind of Danger IoT Systems Pose and What to Do About It?

No one’s going to refuse to have a smartwatch that will inform you that your health is in danger or a home that will heat itself up when it is cold outside. More complex devices can solve more serious problems such as monthly budget planning, billing, vehicle’s diagnostic, banking management and many others.

But as we allow the AI to manage more and more serious aspects of our life and professional activity with the help of diverse and multiple devices, the bigger danger we face.

That’s because all these devices such as printers, detectors, smartphones, AI sets and others are, in many cases, vulnerable to cyber attacks. Any device could be a target of a hacking attack and the security of a whole internal surrounding of a company, corporation or individual person could be questioned.

Mirai malware is a perfect example of how IoT of things could be hacked. This malware scans the Internet, hacking IoT devices with the use of the most common usernames and passwords and then conducts massive DDoS attacks. The most famous and horrible example of the Mirai malware attack is Dyn Attack. Back in 2016, it had caused massive immobilization of the Internet. During this attack, such common services as Twitter, CNN, Paypal, Amazon.com and Visa were downed for many hours which has resulted in tremendous financial and reputational damage.

How to Protect Yourself and Your IoT System?

A secured communication system can provide the necessary level of security and privacy to protect IoT frameworks which are vulnerables for hackers and cyberattacks. The optimal setting is the presence of a secured and end-to-end encrypted cloud storage that will process and store all information and operational commands without the risk that this data would be stolen.

Fortunately, technological progress has not left this problem untouched. Secure communication platforms such as dSTAR iCommunicator meet all the mentioned above needs of every IoT network.

In terms of security, the dSTAR iCommunicator can protect and safeguard such a structure with the help of its unique features. As a messenger, it keeps all the incoming and outgoing information protected and encrypted. The developed security system and encrypted cloud storage make the protected by the dSTAR iCommunicator IoT system invulnerable to hackers and other attackers.

The human factor, data leakages, wrong certification, cyberattacks and structure failures can cause a lot of damage. That means that security and privacy is the priority in the context of Internet of Things systems and should be maintained at the highest possible level.