What Changes Will IoT Bring?

IoT Connected Devices
IoT Connected Devices

Enhance a machine’s smartness to minimize the human effort, why not? The idea of interconnecting devices so that devices can send information to one another, analyze the information, and then use it to make a just and informed decision. When done correctly, we obtain what is now called ‘smart devices’ or simply IoT connected devices. There are some real-world applications when it comes to the internet of things devices, and what it could mean for mankind down the line. Let us take a look at the avenues that it has opened up:

Connected Cars

Automotive digital technology is aimed at optimizing vehicle functions and it is starting to gain attention when it comes to enhancing the in-car experience. By a connected car we mean, a car that can easily be optimized. It ranges from its maintenance, comfort, and its operations – all of which can be altered using on-board sensors with considerable help from internet connectivity. There are many major automotive players and some others such as BMW, Volkswagen, Mercedes, Google, and Apple, who are making headway in this particular line of technology. Needless to say, a revolutionary change must be expected in the coming years.

Industrial Internet Of Things (IIoT)

It involves the empowerment of industrial engineering with the help of big data analysis, software, and sensors, all of which together make a brilliant machine. The simple logic that goes behind such machines is that they are accurate and more consistent than us humans when it comes to communicating through data. This data can also be beneficial to tweak problems and help make processes streamlined. This streamlining can be very helpful in construction, especially when Building Information Modeling is concerned.

There is plenty of potentials that IIoT holds when it comes to controlling and ensuring sustainability. The greatest of all is that the data is made available on a real-time basis. This helps clear so many lapses among retailers and suppliers. The automated delivery is increased, which in turn increases the supply chain efficiency. This supply chain efficiency can help reduce waste and increase profitability in construction projects.

Smart Retail

The retail sector also has plenty to gain from IoT, such as the increase in the in-store customer experience. Smartphones and other mobile devices will be a channel for customers and retailers to stay connected. It can make it simple for the customer by tracking its path through the store and improve the store’s layout and allow placing premium products at points of higher traffic. Customers will also know when a certain product is available at a later time so that they can order them and request delivery to their place of choice.

A Guide To IoT Cybersecurity

IoT Cybersecurity
IoT Cybersecurity

IoT connects devices across the internet. As more and more devices and systems are embedded with network connectivity, the IoT network is keeping on growing. By expanding network connectivity to all corners of our life, we can save time and money and improve the efficiency of our lives.

A deeper analysis of the IoT network reveals various cyber threats that could be detrimental to the users and the devices. Expanded internet connectivity exposes various entry points to bad actors that can take advantage of the loopholes and perform malicious acts.

Cybersecurity Threats In The IoT System

It was in 2016 that the first wave of IoT cyber threats began when the Mirai Botnet compromised the security of many IoT devices, which include routers and IP cameras. The compromised security turned the devices into centrally controlled botnets that affected the internet connection of a million users worldwide.

Companies around the world are adopting various IoT solutions targeting better visibility and improved efficiency. Meanwhile, attackers are on the constant lookout for newer ways to gain unauthorized access to systems and data stores and compromise them. Starting from navigation systems in vehicles to IoT enabled medical devices, hackers can literally target anything.

Securing IoT Systems

Securing IoT systems is a challenging task for many reasons. Manufacturers and innovators are undergoing immense pressure to introduce newer devices that suffice the latest market needs. In the process, security is often given low priority. Moreover, many businesses are even unaware of the vulnerabilities in the IoT network because they give more attention to the convenience and cost-saving benefits of IoT.

Gartner predicts that over 25% of the enterprise attacks by 2020 will involve IoT systems. The risk is significantly high for Industrial IoT systems.

Securing the devices themselves is one way to approach the problem. For example, some equipment may not require constant monitoring during their operation but they still need to be secured. By applying tamper-proof precautions, these endpoints can be secured to prevent intruders from tapping into the devices and accessing critical data.

It isn’t just the IoT devices that should be secured. Organizations need to put in the effort to secure their IoT networks. By deploying strong user identification and access control mechanisms, it can be ensured that only authorized users are gaining access to the system.

It is not really possible to prevent the occurrence of IoT attacks altogether but organizations can still implement solutions that can effectively mitigate the cybersecurity threats.

What Is The Impact Of IoT Solutions On Automation?

IoT Solutions
IoT Solutions

IoT or the internet of things is a network of hardware products and software applications that interact with each other. IoT products range from devices like smart-watches to cars. The common link that connects them is the presence of smart sensors and their ability to connect through a wireless network and the internet. Also, a significant portion of the data used for training AI platforms and machine learning algorithms comes from these devices with the user’s consent. Shared below are the details about major ways in which IoT is automating the world.

Solving Big And Small Problems

The multitude of environmental data collected by IoT solutions is playing a significant role in predicting the consequences of climate change. Likewise, it is used for monitoring and tracking endangered species which was difficult in the past. Now, when we come to our daily life, the trackers embedded in our phones and other smart devices helps us to find them when misplaced. Moreover, wearable IoT devices made medical diagnosis more accurate resulting in increased recovery rates.

Bigger Market For Smart Products

The number of people using smart devices like wristwatches, speakers, and tablets, etc., is increasing every day. Thus the market for IoT devices is expanding rapidly, and the amount of data recorded by these devices is on a rise. This data is useful for purposes like automation, developing AI and machine learning platforms, research, and many more. This is a major source of revenue if utilized properly, and companies are specializing as IoT service providers. Some of the biggest tech organizations in the world like Google and Apple have developed and launched platforms to tap into the potential of IoT products. Furthermore, the segment of IoT devices that have the highest growth potential is healthcare.

Developing Smart Cities

The integration of IoT solutions into public infrastructure helps to transform cities into smart cities. For example, the existing optic fiber network can be used to install environmental sensors to monitor energy consumption. The information thus collected is utilized for installing automated streetlamps that adjust brightness depending on the presence of pedestrians. Apart from this, the network of sensors can be used for measuring noise pollution, air quality, the density of people in a locality, traffic, and give free public internet. This directly impacts the revenue of the city by reducing energy costs, and more people move in because of the improved quality of life.

These are the three major ways in which automation by IoT solutions improve our daily life.

Guide For Implementing IoT In An Industry

Internet Of Things
Internet Of Things

The Internet Of Things is a system that consists of several computer devices that are interrelated and this includes mechanical as well as digital machines. All the devices in this system have their own unique identities and each of them functions independently without human interactions. The internet of things system is having many applications in the medical and business industries. The adoption of this concept will also help in reducing the cost of capital of a business. To adapt to and implement this new concept, it is necessary to understand it deeply. In this article, we will discuss implementing IoT.

Setting Objective And Analyzing The Requirements

Before starting the implementation process, the business entity must evaluate the need for the internet of things in their business and must make sure that it matches with their organizational goals and objectives. If you are not having the knowledge and skill to deal with the same, appointing an expert would be your best option. At the end of the day, the reports of this evaluation must answer some basic questions like what are the short and long term objectives of the business and how IoT can help in achieving the same. 

Choosing The Hardware

After setting the objectives, the business entity must decide on the required hardware to be included in their internet of things. As mentioned earlier in this article, the internet of things is a huge collection of mechanical and digital devices connected to perform the requirements of the user. This network will contain many devices that are and are not required for a specific industry. Therefore, the entity that is planning to adopt IoT must analyze their objectives and draft a report on their required hardware. Sometimes the existing devices in an IoT may not be ideal as it maybe unable to satisfy the needs of an entity. So the business may have to request the IoT providers to make appropriate modifications. 

Selecting A Platform

The Internet is the foundation of the IoT concept. Therefore it is important to have a suitable platform along with a high-speed internet connection for its smooth functioning. An Internet of Things platform is a software designed to integrate and control the devices in a network. This platform will also help the user to access, send, receive, and store data within the network. People can either design their IoT platform or can use existing software provided by the suppliers. Choosing the right platform or software is important because the user can access their required devices and perform necessary tasks only through these mediums. If you are running a small business, it is recommended to use existing software because designing a custom platform is a time consuming and highly expensive process. 

Testing The Setup

After choosing the appropriate hardware and software, the business must test the setup to make sure that the chosen standards are appropriate for their businesses. The testing is an important step because it will help the proprietors of the entity to identify whether the implantation of the chosen system can achieve its objectives. The testing process must be conducted with a sample process of the actual business and in the presence of experts that helped in choosing the appropriate hardware and software for the entity. 

Analyzing The Test Result

After the testing process, the reports must be checked by hardware and software experts to find whether there is any flaw in the system. After the examination, the suggestions provided by these experts must be considered and implemented on the IoT system for better results. Later the reports must be analyzed by the decision making authorities of the entity. This is to determine whether the system is functioning properly to achieve their business objectives. If the entity is required to make so many changes, it must run the testing process again to make sure that it is working properly. 

Implementation And Follow Up

If the testing phase is providing favorable results, the IoT network can be implemented in your business. However, you must make sure to appoint an expert to check the functioning of the system and also to rectify the errors, if any. They must also be assigned the duty of submitting a report to the higher authorities regarding the functioning of the system. This is to make sure that the system is working properly towards the business objectives. 

The above mentioned is a brief guide for the installation of IoT in a business organization. In addition to the steps mentioned above, the entity must make sure to add proper security measures in their systems to protect their data from intruders. Since the IoT in a network is accessed by multiple users, the entity must make sure to add a secure channel for their data transmission. From the purview of an entrepreneur, making the most from the latest hardware and software available has always been the way to conduct business.