How does the Internet of Things impact the digital transformation process?

What is IoT?

The Internet of Things (IoT) is essentially a network connecting physical devices, vehicles, machines, buildings, and objects to computer systems or other devices via the Internet. These devices range from common household appliances like TVs, refrigerators, and washing machines to tools used in industries for remote automated equipment management and monitoring, product quality control, predictive maintenance, and supply chain optimization. Connected devices are capable of collecting, processing, and transmitting information to each other without human intervention.

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The advent of ultra-cheap semiconductor chips and the widespread use of wireless communication networks has made anything from something as small as a pill to something as large as an airplane part of the Internet of Things (IoT). Connecting all devices together, along with the support of sensors, increases the intelligence of these devices, allowing them to transmit data in real time without human intervention. IoT is also making the ecosystem of devices around us increasingly smarter.

Although IoT is not an entirely new trend, IoT technologies are increasingly being adopted by organizations and businesses in a wide range of fields (such as transportation, energy, smart cities, and defense) as a way to collect and utilize data effectively.

IoT is considered an emerging technology that has changed the way we think, act, and interact with each other. It has also changed the way we work because it enables monitoring, control, and automation on a massive scale, and has impacted the digital transformation of organizations and businesses across various industries.

Statistics show that by the end of 2022, there were approximately 13.15 billion connected IoT devices globally, and this number is projected to nearly double, reaching 25.4 billion devices by 2030.

How does IoT work?

As mentioned above, IoT allows everyday objects and products to be connected in a digital information network, enabling sensors to collect information about the device, software to monitor performance and gather data, and also allowing users to control the device.

One of the most important components defining IoT is the ability to connect all devices within the IoT ecosystem. The IoT ecosystem includes IoT devices, security systems, information networks, gateways, cloud computing, applications, and users.

IoT devices sense information from their surroundings and collect it as data stored in cloud servers. This is done using sensors embedded in objects such as mobile phones, smartwatches, smart home devices, car devices, etc.

After receiving information from the environment, IoT sensors will share the collected data with a cloud server. This connection between the sensors and the cloud server can be made via cellular networks, satellite networks, Bluetooth, the Internet, or other connection options.

After the data is transmitted to the cloud server, the cloud server is responsible for processing, analyzing, and sending back the output. The complexity of the processing depends on the information received from the specific data environment, ranging from simple processes such as temperature control to complex security-related processes such as identifying intruders or thieves.

In the final stage, the output is transmitted to the user, for example through alerts, text messages, etc. At this stage, the user may have to actively interact with the IoT device or the process may be completely automated.

Leading technology trends that are driving digital transformation through the Internet of Things (IoT).

Digitalization has made tremendous progress in recent years, bringing more opportunities and resources to organizations and businesses worldwide. This digitalization process is closely linked to the latest technological trends in IoT, helping to accelerate digital transformation:

1. Artificial Intelligence of Things (AIoT):In the era of Industry 4.0, the explosion and integration of IoT and AI have created immense value for the development of organizations and businesses, a prime example being the emergence of AIoT.

Digital transformation is strongly driven by the close integration of AI and IoT. The use of machine learning technology and various advanced AI algorithms will add value to IoT and improve its operations. This combination of AI and IoT has accelerated digital transformation, improved human-machine interaction, enhanced management capabilities, and optimized data analytics systems.

The combination of AI and IoT makes AIoT a powerful and important tool, offering a wide range of applications such as smart store systems; smart offices and factories; traffic monitoring using drones; vehicle operation management and autonomous vehicles, etc.

2. Blockchain technology(Blockchain): is a type of database where information is stored in blocks and linked together. The information within the blocks and the links are encrypted and can expand over time. Whenever new information or a transaction occurs, the old information is not lost; instead, the new information is stored in a new block and then linked to the old block to form a new chain.

This is a technology capable of addressing security concerns in the IoT. It can be used across various industries as a platform for securely storing massive amounts of data. Furthermore, it allows organizations and businesses to optimize their processes, manage digital documents, track orders, and more.

3. IoT technology based on 5G connectivity:In recent times, we have witnessed the penetration of IoT into human life in all fields. Smart home devices, medical bracelets, and smartwatches are no longer unfamiliar to us. In the era of hyper-connectivity with 5G, the number of connected IoT devices will undoubtedly increase significantly. This new mobile network technology is having a major impact on IoT because it allows for faster, more secure, and more reliable connections than ever before.

4. Digital copy(Digital twins:A digital replica is a virtual model of a physical object. This replica spans the object's entire lifecycle and uses real-time data from sensors on the object to simulate behavior and monitor operation. Digital replicas can replicate many real-world items, from individual pieces of equipment in a factory to complete assembled versions, such as wind turbines and even entire cities. Digital replica technology allows us to monitor asset performance, identify potential faults, and make more informed decisions about maintenance.

Digital twins rely on IoT sensor data to transmit information from real-world objects to objects in the digital world. Digital twins are primarily used in the digital transformation process in several sectors such as manufacturing, automotive, and healthcare.

5. Wearable devices that support IoT:IoT-enabled wearable devices are smart devices that can be worn as external accessories, embedded in clothing and apparel, implanted in the body, or even applied or tattooed onto the skin. These devices can connect to the internet to collect, send, and receive data to make intelligent decisions.

Smart wearable devices can interact with a range of other devices, such as smartphones, for computing and communication purposes. Due to the mobility of humans and animals, smart wearables are becoming increasingly important as they can collect and send data while on the go, and receive information from the internet to help make smarter decisions.

6. Internet of Behavior (IoB):The concept of IoB is an extension of IoT. IoB focuses on using data and insights to change behavior. This means that active IoT devices are a massive source of data for IoB models.

Using IoB technology, organizations and businesses can track consumers and their behavior and use this data to develop infrastructure. IoB can change a person's daily behavior; for example, a health tracking app can collect data on physical activity habits, diet, sleep patterns, etc., and modify behavior to provide users with health-enhancing plans.

How does IoT enable digital transformation?

Digital transformation is an ongoing process that helps organizations integrate and enhance the use of digital technologies to achieve long-term growth and stay relevant in a rapidly evolving industry. And the Internet of Things (IoT) is significantly influencing the digital transformation of organizations and businesses.

All the valuable data generated by IoT devices can be used by organizations and businesses to accelerate their digital transformation. For example, it can be used to assess customer needs and then provide services based on that. Furthermore, it can increase interaction with customers, thus increasing customer satisfaction. IoT can also support employees and enable operations to be carried out anywhere and anytime. It also allows for the implementation of new tools and strategies.

IoT impacts the digital transformation of organizations and businesses because it opens up new investment opportunities, reduces operating costs, improves customer experience, enhances productivity and efficiency, improves decision-making processes, empowers business models, and increases revenue.

IoT is becoming the future of digital transformation in various fields such as healthcare, education, security, communications, agriculture, transportation, and government agencies.

Thus, the use of IoT in digital transformation offers numerous benefits to organizations and businesses that want to maintain competitiveness in the market. It helps organizations and businesses achieve higher efficiency, save costs, and attract more customers. IoT-based solutions form an integral part of the operating model of organizations and businesses, and therefore are considered an essential component of digital transformation strategies.