5 major industry IoT application trends and issues that cannot be ignored in the application process.

5 major industry IoT application trends and issues that cannot be ignored in the application process.

The impact of IoT on business is now enormous. By linking devices/sensors to the process and prospect of obtaining valuable data from the Internet, IoT offers organizations the opportunity to effectively drive business forward.

For businesses, there is a need to understand how different verticals can benefit from IoT applications. As technology changes rapidly, companies must keep up with the evolution of IoT technology.

The impact of IoT on business is now enormous. By linking devices/sensors to the process and prospect of obtaining valuable data from the Internet, IoT offers organizations the opportunity to effectively drive business forward.

We need to understand why the IoT is being used more widely and the impact it will have on various industries.


As technology innovation has become significantly less costly and more efficient, business development in most organizations has shifted to empowering smart tools and smart devices to interact with each other in more domains or spaces.

Many tourism companies are beginning to operate with IoT devices and experimenting with different ways to provide innovative services to their customers. The IoT has the potential to transform almost every aspect of the travel industry, which will enable these organizations to collect and coordinate large amounts of data from different sources to customize and enhance the customer experience.

For example, in the airline sector, IoT solutions have many benefits. It will encourage passengers to discover the services they want and encourage airlines to offer more personalized services to their customers. At the same time, airlines and passengers will benefit from connected technology and a converging population.


Among the second largest industries actively using IoT and digital transformation is manufacturing. IoT technologies applied to the manufacturing industry are called Industrial IoT or Industry 4.0. fundamentally, Industrial IoT refers to the manufacturing industry's use of IoT technologies to improve the efficiency and profitability of manufacturing and supply chain operations.

In fact, the IoT creates an environment that lends itself to smart manufacturing decisions. Today, manufacturers around the world are confident enough to adopt the IoT in their business decisions. A survey conducted by the Institute revealed that 40% of manufacturers believe now is the best time to invest in the IoT.

Health care industry

Applying IoT to the healthcare industry is of great importance. Health organizations can obtain data from medical devices to improve services to patients. To improve efficiency, accuracy, patient monitoring and safety, organizations need real-time visibility and data generated by smart sensors, wearable devices and other IoT devices.

But it's getting actionable insights from the data that can take a company's business to the next level. According to a study by Aruba, 60 percent of healthcare organizations worldwide have installed IoT devices in their facilities, and 73 percent say they can save money by using IoT technology. It shows that IoT is creating a wave of adoption and companies that ignore this trend will fall behind in manpower.

Automotive industry

The unstoppable trend of IoT will revolutionize the automotive industry. Now, the combination of automotive and technology is more important than ever.

IoT drives new action plans. To gain a competitive advantage, automotive manufacturers and suppliers need to see the IoT as a transformational opportunity.

Today, the automotive industry is becoming more superior through the use of mobility technologies and IoT products and services. Google's driverless cars are a classic example.


With the help of smart technologies and IoT devices, farmers are able to access information-rich crop data and use it in a variety of ways to obtain powerful solutions.

Recently, industrial experts have introduced the new concept of machine health monitoring centers. Many agricultural and construction machines are now equipped with IoT devices and sensors, which make it possible to interconnect all their machinery and equipment. Using these sensors data about the health of the machines can be easily collected. This identifies predicted breakdowns and failure trends, reduces maintenance costs and increases productivity.

The Internet of Things deserves attention.

To make more use of IoT technology, you need to keep the following three points in mind.

What do you need to know before you start using IoT?

What are the risks to business and infrastructure associated with IoT adoption?

How can the power of IoT be harnessed for data analysis?

This requires addressing these questions and exploring the key benefits, consequences and drawbacks of IoT.

Knowledge about the IoT is needed.

IIoT is an operational environment that enables Web devices to connect to embedded sensors, communication hardware and processors to collect and send information over a defined network.

We have divided it into three main parts to better understand how the IoT works.

Edge: This is the initial point where data sources are collected, or with the help of external devices (e.g. sensors, etc.). Because all devices are interconnected, they generate a lot of data and Internet traffic, which makes it possible to use it for multiple purposes. Many people dream of having a smart home that automatically controls all their appliances. In the case of the automotive industry, millions of smart cars generate a lot of data every second.

Processing platform: This part processes the raw data before sending it for manipulation and analysis. The data is accessible via the Internet, so the platform plays an important role in data privacy and security.

Users: This is the key point where users interact with the actual data and perform analysis to drive business.

Business and Infrastructure Risks of the IoT.

The IoT is rapidly changing the relationship between organizations and technology. But is wireless module it safe to use IoT technologies? These risks include.

Modular hardware and software devices.

To use any IoT device, security is always a primary concern. The device is network enabled and it is a priority to achieve better control over customer interactions. Because both the device and the console are located within the module, it becomes easy for bad actors to attack or exploit their configuration, or even disrupt different levels of operation.

Attack DDoS

DDoS attacks can cause huge losses to organizations. The following common types of attacks are

Streaming attacks: The target under attack is flooded with a large number of spam packets, so that genuine requests are lost. This attack is usually done by injecting Trojans and malware.

Bandwidth attacks: Bandwidth attacks can overwrite terabytes or even petabytes of spam data. This can lead to loss of system data transfer, server crashes, or even complete shutdown.

Vulnerabilities are intricate

A wide variety of IoT devices are often designed to lack security, which can allow hackers to gain operational access to these devices by planting malicious code and exploiting other vulnerabilities. To eliminate these vulnerabilities, best practices for testing IoT devices must be implemented.

Infrastructure scalability

An organization's IT infrastructure plays a key role when it comes to the IoT. This scenario is difficult to handle only when IoT applications generate terabytes or petabytes of data per second and their infrastructure does not scale well enough.

Planning for an organization of devices, applications, communications and data means implementing a scalable IoT infrastructure. Here, cloud computing may play an important role.

The use of cloud computing and virtualization allows organizations to reduce costs and improve the performance of delivery. Managed cloud platforms enable their devices to securely connect to cloud applications and store data through cloud data repositories.

While AWS dominates the global cloud computing market, many cloud-based data service providers are able to offer IoT platforms. The following is a list of the best IoT providers in the world.

AWS IoT platform.

MicrosoftAzure IoT hub.

IBMWatson IoT platform.

Google Cloud Platform.


Perform data analytics.

Today, IoT is rapidly becoming a popular technology in the marketplace and many organizations are wondering how to make the most of this technology. To facilitate business growth, advanced data analytics solutions are a key part of the equation.

Advanced analytics capabilities enable organizations to become more familiar with IoT devices and their performance, begin to store the vast amounts of data generated by IoT devices (i.e., sensors and modules), and enhance further processes, analytical models, and insights to improve their business decisions.

Related article reading:

What is the Internet of Things? Three minutes to the Internet of Things!

IoT becomes the gateway to edge computing.

The application technology of Internet of Things.

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