The IoT examples listed in this article leads to a revolutionary change in retail, agriculture, health care, energy, and manufacturing industries. The Internet of Things (IoT) is an ecosystem of associated devices such as advanced items, individuals, gadgets, articles, or creatures given novel identifiers that are available by the web. It can transmit data over an organization without requiring any human interaction.
A vast number of corporate organizations are adopting IoT technology to achieve a competitive edge. Increasing operational efficiency using real-time data management and automation of tasks empowers to make an innovative approach to develop and enhance business. IoT applications promise to bring immense value to our lives.
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If you want to know more about the best IoT Examples in the real world then
In this article, we are going through the following list of top real-world IoT devices
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Let’s check out the best IoT Examples in today’s world.
The first IoT example is Connected cars. It facilitates fast transmission of data and increases the driver’s response time by the enhanced vehicle communication. Depending on the vehicle’s connection with the various objects, the CV2X is sub-divided into four categories such as Vehicle to Network (V2N), Vehicle to Infrastructure (V2I), Vehicle to Vehicle (V2V), and Vehicle to Pedestrians (V2P).
Connected cars are a vehicle that can optimize its operation, maintenance, and comfort of passengers using onboard sensors and internet connectivity. Most large automakers and startups are working on connecting car solutions. Popular brands such as BMW, Tesla, Google, etc., are working to bring an advanced revolution in automobiles.
The second IoT example is the Connected HealthCare System, which is the concept of connecting healthcare systems and smart medical devices to achieve the enormous potential for people and companies' well-being. IoT technology can provide high-quality medical services using smart medical devices. It is also known as the Internet of Medical Things (IoMT). This technology helps in supporting and monitoring vital data that can help in making clinical decisions.
IoT medical devices can help in monitoring patients remotely. The smart devices can report an emergency like, attacks, asthma, heart failure, etc. Data is stored online and can be accessed anytime by the doctor. It automates the workflow by enabling the provision of adequate healthcare services to the patients.
One of the most well-known examples of IoT is the autonomous car. Several car manufacturers are trying to develop a fully autonomous car that will assume all drivers' driving functions. Semi-autonomous vehicles have been manufactured that partially guide drivers with parking, lane changing activities, driving, and braking.
The Internet of Things (IoT) refers to the connectivity of multiple devices by the internet. This way car uses the connectivity to update the algorithm depending on the user data. These autonomous vehicles need an enormous quantity of data collecting and processing. So the car shares the data that includes the traffic, how to navigate an obstacle, the actual path, etc. All such data is shared and uploaded wirelessly to the system.
Industrial Internet of Things (IIoT) is defined as computers, people, and machines allowing intelligent industrial operations using advanced data analytics for transformational business outcomes. Today, IoT is commonly used in the scope of Internet of Things applications outside of the consumer space and enterprise IoT market. The Automotive industry, Agriculture industry, Oil and Gas industry are the applications of IIoT. As the IIoT enhance, new security concerns arise with it. Security architectures are turning towards the design that is software-based or device agnostic.
The IIoT takes the benefit of the IoT to a higher level and also to the industries with high-stakes where a human error would result in enormous risks. Moreover, the IIoT is used for many use cases that help reduce the human workforce's exposure for scenarios with high industrial hazards.
The next IoT Example in the list is IoT Data Analytics. IoT can be applied to data analytics to analyze various data types, including data sets, health care data, and geographical data. Businesses can use descriptive and predictive analysis to improve customer knowledge, create business value, and enhance operational efficiency. Businesses are using IoT data analytics to determine patterns and trends by analyzing small and big data. IoT data analytics applications can analyze structures, semi-structured, and unstructured data to extract meaningful insights.
The combination of data analytics and IoT has been proven beneficial in telematics, smart cities, retail, manufacturing, and Health care. Organizations can derive numerous benefits from it: empower employees, engage more customers, control processes, and optimize operations. A wide variety of devices can connect to the internet and share data by sensors frequently. Such data is worthless without analysis. So, with the IoT data analytics solution made the data produced by the organization is collected effectively.
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Many organizations are using IoT systems for tracking and monitoring the asset. IoT asset tracking devices use Radio Frequency (RF) or GPS to monitor and track the assets. Smart devices can be used for long-range identification and verification of assets. The asset tracking system is used to monitor the location of a specific asset that is most important to the business.
The IoT Asset Monitoring and tracking system has been developed to ensure the safety and security of assets such as valuable devices, files, or even people. The use of sensors such as vibration sensors and sound sensors generates alerts that sense at nearby the connected devices. IoT Monitoring and tracking system can be used for both business and personal purposes. The system can be extended to track vehicles, and by using high sensitivity vibration sensors, accidents can be detected and send the location to nearby hospitals, police, or owners.
IoT Sensors include manual or digital sensors used to connect with the circuit boards such as Raspberry Pi2 or Arduino Uno board. The circuit boards are programmed to measure the range of data collected from the sensor, such as temperature, vibration, pressure, humidity, carbon monoxide, and motion.
The IoT sensors allow consistent control over data by automation, delivering actionable insights. Enterprises can use it for predictive maintenance, reduced costs, and enhanced efficiency. The main purpose of sensors is to collect data from the surrounding environment, which are connected directly or indirectly to the IoT network.
Research estimates the ever-growing population in the world would reach 10 billion by 2050. To serve such a huge population's resources, one has to bring agriculture to technology to achieve good results. There are numerous possibilities to implement IoT technology in the Agriculture field.
Smart farming enables farmers to use smart IoT applications to optimize many activities, such as determining the best time to harvest plants, sensing soil moisture levels and soil nutrients, and creating fertilizer profiles based on the soil data provided. As per the BI Intelligence report. The agriculture IoT device installation market will likely grow at 20%, reaching 70 million by 2020.
Smart Greenhouse is a greenhouse technique that enhances the yield of crops by controlling environmental parameters. A greenhouse with embedded devices enables to control of the climate inside it and makes it easier to monitor. Sensors help to measure various parameters of plant requirements and send the report to the cloud. It then processes the data and implements a control action.
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IoT Smart Barcode readers help in inventory management for the retailers. The readers support AI-based digital signal processing. Such devices optimize the operations of several sectors such as logistics, warehouse, retail, etc.; IoT-based barcode reader feature cloud data connection connects the systems that make it easier to manage inventory.
IoT barcode reader can be incorporated into shopping carts, so the reader user an AI-based sensor to detect products when they drop or move from the cart. The reader can automatically transfer data to the system and save a lot of time in checkout, resulting in an improved customer experience.
Smart City is another powerful example of IoT technology that provides digital solutions for a more livable future. Secure wireless connectivity and IoT technology are transforming traditional elements of life into a next-generation intelligent lighting platform with advanced capabilities. Smart surveillance, smart energy management systems, environmental monitoring, urban security, automated transportation, and water distribution are examples of IoT applications for smart cities.
The IoT technology saves the significant problems faced by the people living in cities, such as shortage of energy supplies, traffic congestion, and pollution. By installing sensors and web applications, people can find free available parking slots over the city. The sensors can also detect meter tampering issues, any installation issues in the system, and general malfunctions.
A smart contact lens with an in-built visual display is designed to magnify images for low vision people. Research is happening on developing smart contact lenses to obtain health information and treat the eye condition.
A company in Swiss has developed a non-invasive smart contact lens called Triggerfish. It includes a sensor installed in the soft silicone contact lens, which detects tiny variations in the eye’s volume, indicating glaucoma. The device transmits data wirelessly from the sensor to an adhesive antenna worn over the eye.
The smart grid is an electricity network that enables the two-way flow of electricity and data with digital communications technology to detect, pro-act, and react to changes in multiple issues. The grid allows real-time monitoring of data regarding the demand and supply of electricity. It includes the application of computer intelligence for the efficient management of resources.
A smart grid can interconnect all the assets, including substations and meters. Applying IoT technologies to the grid ecosystem enables utility companies to control power infrastructure and resources. Also, it provides better quality access to energy.
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Smart Home Appliances are the most common and well-known best example of IoT technology. It helps to save time and allows the control of the Smart Home from afar. Smart Home enables activities like scheduling, improving, and monitoring our daily life. Smart Home systems are integrated and enable you to play an active role in every part of your home. With a smart home system, you can intervene in the home as if you are at home and perform the necessary controls. Since the day it was developed, smart home appliances have made human life easier with advanced protection.
IoT devices have transformed supply chain management and make it easier to know where and how the goods are stored and when the goods are expected at a specific location. Supply Chain Management allows for improving predictions through smart routing and rerouting algorithms. The devices connected to packages that provide instant after-the-incident facts through RFID and GPS signals can make informed supply chain decisions.
IoT devices can be attached to specific storage containers and transmit the location through GPS. Tracks the speed of movement and predicts how goods will move through the supply chain. IoT devices can monitor parameters such as humidity, exposure to an atmosphere, temperature, light intensity, and other parameters. These devices also help to validate exactly when goods arrive. It can trigger other administrative tasks such as onwards shipment requests or supplier payments.
Wearables have an explosive demand in markets all over the world, and many companies like Samsung, Google have invested heavily in building wearable devices. These devices are installed with software and sensors that collect data and information about the users. The collected data is pre-processed later to extract important insights about the user.
These devices cover health, fitness, and entertainment requirements. One of the known wearables includes the Guardian glucose monitoring device. It detects glucose levels in the body using a tiny electrode called a glucose sensor placed under the skin and relays the data through Radio Frequency to the monitoring device.
The future IoT is going to increase further due to advancements in technology consumers are desired to connect devices like a smartphone with household appliances. The connectivity protocol and networking have made it possible to connect with people and machines in one platform. This way, the activities performed by machines have been controlled through smart devices easily. Security is another key concern that is required to be addressed to meet the demand. These IoT Examples are trending in the world. In addition to this, IoT offers numerous career opportunities that required to be harnessed. It requires the necessary skill that would differentiate you from the queue.
Keerthana Jonnalagadda working as a Content Writer at Mindmajix Technologies Inc. She writes on emerging IT technology related topics and likes to share the good quality content through her writings. You can reach her through LinkedIn.