5 Best IoT Use Cases in Telecom
Telecommunications companies always strive to develop new technologies that appeal to customers. These new technologies can potentially revolutionize how telecommunications service providers operate by enabling communication between people and devices.
The smart city industry leads the way among all IoT telecom use cases, as telecoms play a vital role in strengthening smart cities by offering solutions for intelligent transportation systems, energy management, and remote monitoring. These solutions make residents’ lives more comfortable, and many surveys indicate that cities with IoT technologies are currently the most comfortable places to live. As the market value of smart cities increases, more and more telecom technologies are being developed.
Intelligent transportation systems are the most beneficial aspect of smart cities. For example, a public transportation device checks whether a person has paid for their route. The technology is operated by a telecom company’s SIM cards, and the data they generate is managed by the IoT Control Center. The technology also allows for collecting data on how many people use public transportation. A mobile operator can create analytical models that demonstrate how many individuals travel from one area to another each day, and how these movements vary based on the time of day.
Recently, Sirin Software connected Swedish electric car charging stations (EV stations) to the internet over 4G networking. These solutions enable smart cities to continue to evolve by leveraging analytical models to evaluate what is most convenient and comfortable for people.
The next IoT-based telecom use case we will discuss is agriculture. With the use of various sensor-based devices, telecommunications enable efficient monitoring of soil moisture and conditions, as well as to keep track of their livestocks’ health and condition. The devices can even determine the appropriate time for milking cows and ensure the quality of the products derived from crops and breeding, which ultimately benefits consumers and the environment. However, 4G network stability is lacking. With the advent of 5G, the connection is now stable, and multiple devices can work simultaneously.
Here are several ways in which telecom can be utilized in smart agriculture. In the UK and the US, prototype machines use machine vision algorithms to detect and eliminate weeds with an electrical charge. Additionally, harvesting has become much simpler with the use of autonomous or remotely controlled harvesters. Thanks to 5G’s low latency, we can now remotely control heavy machinery using artificial intelligence or a farm worker.
Smart Homes and Buildings
Telecommunications are more significant than you might think. Those who have implemented 5G-capable IoT devices in their smart homes or buildings are already enjoying the advantages. After reading the article on IoT use cases for the telecommunication industry, you will better understand whether you need the technology.
5G has greatly improved connection between several devices and sensors in a limited area without delay. Consider the following situation: you have 100 devices that must be connected and operational without delay. Fast connections are required when transferring huge amounts of data. The smart home system is built on data flow. As a result, it must handle data from other household appliances, such as, for example, alarm systems. All of these areas can be integrated into a single, smart home ecosystem. However, this huge amount of data requires ever-speedier communication channels with more bandwidth to ensure smooth functioning in all sectors of life, and 5G is a suitable option for that.
In smart homes, for example, when you wake up, the system will automatically open the curtains on the window, start preparing your coffee from a coffee machine, and turn on your TV. Given the number of requests Sirin Software receives from customers for building custom smart home solutions, we can assure you that the smart homes and smart buildings industry is very popular. It can be fun, but it can also benefit you in such cases when your smart home is lowering the temperature in the house during your absence, allowing for saving utility costs . Furthermore, Sirin Software has multiple orders for the security system, which, in the event of a burglary, will notify the police and the owner about what is happening.
Besides other IoT use cases in the telecom industry, equipment monitoring is the most crucial. You might wonder why it is so vital. The answer is straightforward: it allows for remote access and monitoring of equipment, which is particularly important when dealing with equipment situated in hard-to-reach locations. Consequently, equipment monitoring utilizing telecom technology does not require physical access to monitor. Real-time monitoring can be done remotely.
Cellular networks are widely used solutions for equipment monitoring. Now, let’s take a look at some tools and methods that are utilized for equipment monitoring. For instance, there are the SNMP protocol and monitoring tools such as Zabbix and Datadog. Zabbix, which is an open-source monitoring tool, can be used to monitor both large and small enterprises in real-time. Speaking of Datadog, it is a comprehensive solution that allows for the monitoring infrastructure, applications, containers, networks, logs, and even serverless implementations.
Telecom is an essential component of wearable devices because they are commonly used to connect to the internet, make calls, send messages, and perform other communication tasks. To provide telecom functionality in wearable devices, cellular connectivity is usually utilized. These devices have a cellular modem and a SIM card, enabling them to connect to cellular networks and communicate with other devices and servers on the internet. As a result, wearable devices operate quite similarly to smartphones.
One of the main advantages of using telecom in wearable devices is that it provides users with more mobility and convenience. Wearable devices can make calls and send messages without requiring a separate phone, which is particularly useful for people constantly on the go or involved in physical activities. Sirin Software has developed various wearable devices, including smartwatches that support location tracking.
Consider Sirin Software Your Trusted Partner
Professional assistance is necessary to create a device that effectively uses telecommunications technology. As you may have noticed, Sirin Software has taken on numerous projects requiring telecommunications expertise. Recently, the company has developed smartwatches and connected Swedish electric car charging stations (EV stations) to the internet over 4G networking. Sirin Software is consistently working in various fields, including smart agriculture, smart homes, smart buildings, and smart cities.
We can guarantee that with Sirin Software’s services, you can be sure that your device will be developed to the highest standard, with keen attention to detail and a focus on efficiency and functionality. This results in devices that are not only reliable and user-friendly but also innovative and cutting-edge, providing a competitive edge in the market.
We have covered the best IoT telecommunication use cases in our article, which included smart cities, smart agriculture, smart homes and buildings, equipment monitoring, and wearable devices. The telecommunications industry has been at the forefront of IoT device development and deployment. We hope that with this article, Sirin Software has demonstrated that telecom technology and IoT devices are revolutionizing how people communicate with devices and have become necessary in today’s environment.