26-28 January 2023 / İstanbul Congress Center
IoT refers to billions of physical devices that are currently connected to the internet worldwide, all collecting and sharing data. With the advent of super-cheap computer chips and the ubiquity of wireless networks, it is possible to make everything part of IoT, from something as small as a pill to something as big as an airplane.
What Is IoT?
Connecting all these different objects and adding sensors to them adds a level of digital intelligence that allows them to transmit real-time data, without a human, to devices that would otherwise be missing. IoT combines digital and physical universes to make the texture of the world around us smarter and more responsive.
IoT became part of the telecom industry with the first introduction of dial-up internet by Sprint. Key players in today’s market, AT&T, Vodafone, Verizon continue their dominance with the use and support of dial-up networking since 1992. The telecom industry is one of the vast and fragmented businesses. It is estimated that businesses spend millions each year to distribute IoT. And these over costs are mainly spent on product monitoring, customer monitoring, plant monitoring and supply chain monitoring. IoT describes virtual connections between heterogeneous devices connected across the same networks. By providing more connectivity from one device to another, it provides transparency, security and safety in communication, which is the main function of the system, data transfer and storage. The networks that are virtual in smartphones can be connected to other devices in the same network range for information sharing and dump, the IoT is an example of an integrated telecom device. The link layer in IoT is a telecom network that represents IoT as part of the telecommunications environment.
IoT in Telecom
The steadily increasing number of digital natives living always the open lifestyle is driving demand for connected devices, whose number already exceeds 20 billion worldwide. The revolution of Industry 4.0 and the tendency to automation further contribute to the adoption of intelligent solutions in the business world. In this environment, telecommunications companies have the upper hand over their competitors, as they provide the expertise and resources to manage and connect IoT devices that are ubiquitous in their networks. Most are already very active in this field, offering their own network connections, sensors, devices and IoT applications to create new telecom value-added services. Industry leaders such as Comcast, Verizon, AT&T or Vodafone use narrowband IoT and LTE networks to connect devices at long range for low cost and wide coverage area.
Making money in the telecom world, IoT gives telecommunications companies a unique chance to monetize the data they have and enter new sectors by providing initiatives and services beyond network connectivity. However, service operators cannot walk alone in repositioning themselves as IoT leaders. CSPs are joining forces with other companies in the IoT ecosystem to explore new opportunities in telecom and IoT use cases to develop a more comprehensive range of services based on their unique assets. The use of IoT in the telecom industry can include smart networks, data analytics, IoT platforms, billing, CRM, and cloud services for a wide range of industries, from manufacturing to healthcare.
The telecom industry is already leveraging the power of IoT and results can be experienced with excellent telecommunications services and products. Telecom operators offer a range of services/products using IoT to bring value to their existing networks. 5G is growing and the 4G to 5G transition is still underway. Amid this progress, the added value to IoT is becoming more valuable to telecom companies. Some of the values that IoT technology adds to the telecom sector:
- In telecommunications, IoT creates platforms for organizations to develop their own IoT services and products.
- In telecommunications, IoT helps telecommunications companies conduct performance evaluation of products. After products are distributed and data is collected using pre-integrated sensors, the performance of telecommunications is checked.
- Telecommunications industries can tackle the challenge of maintaining security by installing IoT-supported pointers and cameras to deploy security.
- If IoT-integrated telecom services help customers build a stronger connection to their apps used in tabs and phones, customers can benefit from better interfaces.
- In mobile phones, 5G provides seamless communication between autonomous vehicles via IoT-supported sensor fusions. In telecommunications, IoT is a necessity for a more seamless communication system.
- IoT blockchain systems can get used highly for better inter-machine communication.
- IoT sensors allow telecoms to monitor installed device performance in a variety of locations, including factories, workstations and warehouses.
- In telecommunications, IoT helps companies build advanced predictive analytics models that help build analytics that achieve expected results.
- Companies can offer advanced location-based services using proximity sensors on devices with IoT in telecommunications.
First Stage: Link Building
At the moment telecom companies are in the best position to transform themselves for the better. Thanks to IoT in telecommunications, which offers reliable and secure connectivity across the country. The future is about these telecommunications leaders customizing their technology assets to offer IoT-supported connection platforms. Telecom will need highly reliable computing power to reveal the true capabilities of modern IoT solutions.
Second Stage: Creating an Effective Ecosystem
With IoT in telecommunications, the future is about a better ecosystem – as the current telecommunications business model will disappear over the next five years, the ecosystem is the main factor why this change will be needed. But telecom is among the industries that will continue to profit in the future through the ecosystem combined with other valuable factors, including ability, technology and business vision. Again, the focus will be on ‘connectivity’ even as we build a better ecosystem for telecommunications companies. This common ecosystem will be to take more profitable opportunities. In short, to be a successful business in the future, telecommunications companies must first promote themselves as true IoT providers and then partner with other industry pioneers to leverage their expertise.
Final Stage: Dominating IoT Preparation
Becoming the ultimate master of IoT agility is the extreme way. To understand the exponential value, the telecom industry will need to transition from specializing in a single vertical to co-partnership with multiple industries. The key to bringing agility to work and mindset must be developed to gain an IoT built on trust. Stepping into a region with faster innovation cycles than ever before will require new and innovative ways of working. How to fix challenges and skill gaps to ensure stability. To win the game, investment must be made in modern technologies and faster connectivity solutions. In addition, key specializations must be transferred to an IoT business. Serving a single sector first to build sufficient trust is considered as a more accurate step. The focus should be on gaining the trust of one sector at every turn. Platform players and device manufacturers must be combined to build trust with partners. It should be allowed partners to offer corporate-level solutions while delivering a secure and reliable IoT core network. This is how trust is built between partners. The final step in moving to multiple sectors is beyond connectivity. Once the connectivity is reached, it can be an agent for industry players who want to monetize their data. It can even be a platform where developers and businesses connect.