IoT Applications

Applications of the Internet of things gain its demand by providing more value into our lives, with various applications such as wireless networks, sensors, capabilities of revolutionary computing, etc. These IoT applications are in plan to release billions of products into our daily life. These products are embedded with intelligence and connectivity. As already we are experiencing some of its products, which makes our life as simple as saving time. To use them perfectly, first, we need to gain complete knowledge regarding these IoT applications. A sudden drought raises into our brains that is how and where we gain that knowledge. Here is an answer for your doubt with HKR training, as we are providing a detailed course about IoT applications. We cover various topics like what IoT is, the 15 most important applications of IoT, advantages of IoT applications, disadvantages of IoT, Embedded devices in IoT, Embedded system hardware, Embedded system software.

What is IoT

We can simply describe it as the devices with intelligence, for example, traffic cameras that examine the streets, the congestion of traffic, accidents, conditions of weather, and the gateway for data communication. These gateways help to gain information from other sources, such as further related information, and cameras for system monitoring of city-wide traffic. And the other one is a municipal corporation that works to keep our roads neat without repairs, it may also lead to the congestion of traffic on the national highway routes. Then this information is notified to the monitoring system of city-wide traffic. We can name it smart traffic, which can identify and design the traffic patterns with high speed. They utilize machine learning, this system may analyze the situation and create the best impact. It also delivers the data for other cities which connect with similar highways through the smart system.

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15 most important applications IoT

The given below are the 15 most important applications of IoT.

  1. Wearables: we have various wearable devices in the market, they are like virtual glasses, fitness bands, GPS tracking belts, etc. Many popular organizations like Google, Apple, Samsung, and others are introducing and developing IoT applications for our daily use. These devices are mini and energy devices that include sensors, readings, hardware measurements, software, etc., used to gather and manage the user's data.
  2. Health: The advantage of wearable, permits the doctors to observe the conditions of patients in real-time from outside the hospital. By observing particular metrics and automatic alerts randomly in their vital signs, the IoT is used to develop the patient's care and prevent high-risk patients' lethal events. We can even integrate hospital beds with IoT technology to design smart beds prepared with sensors to monitor vital signs, oximeters, body temperature, blood pressure, etc.
  3. Traffic monitoring: IoT is very helpful in vehicular traffic management in huge cities, and it has contributed to the concept of the smart city. If we are using mobile phones as tools for data sharing from our vehicles by using applications like Waze, google maps, etc. then it means that we are utilizing the IoT to notify us of the traffic updates and conditions on various routes for the same distance, destination, arrival time, etc.
  4. Fleet management: The establishment of sensors in fleet vehicles is used to develop the interaction between the managers of vehicles and vehicles and also between the vehicle drivers and vehicles. With this, both the owners and drivers get notified with all types of status details, operations, vehicle requirements, etc., only through the software access in charge collection, managing, and data processing. They also gain real-time alarm notifications for incidents maintenance without the driver's attention. IoT applications assist fleet management with the analysis of geolocation performance, saving of fuel, and pollution reduction, which may offer essential data to develop the vehicles driving.
  5. Agriculture: Farms indeed became smart farms. The soil quality is essential to produce crops in good condition. IoT applications provide farmers the chance for detailed knowledge access and soil conditions information which is essential. By installing the IoT sensors, a sufficient quantity of data may be gained on the soil stages. The important data like moisture of soil, acidity level, sufficient nutrients presence, temperature, other characteristics of chemicals, etc., help farmers in irrigation control, most efficient water utilization, good times for sowing, identification of plant and soil diseases to date.
  6. Hospitality: For the hotel industry, the Internet of Things applications help to develop their quality of services, with the help of an electronic keys application that is delivered to every guest of mobile devices directly. This makes the possibility for different interaction automation. These applications of the Internet of things are used for various facilities, like the guest's location, offers to send, interest data activities, orders realization to the rooms and their services, the accounts charge automation for personal hygiene supplies, to manage the integration of the application simply. With these electronic keys, we may automate checkout, door operation disabling, instant available room information, and maintenance through housekeeping assigning.
  7. Smart grid and energy-saving: The effective use of equipped meters along with sensors and establishment of sensors in various points of strategy from various distributive points of plants. They provide the best control and electronic network monitoring, etc. With the bidirectional communication installation between end-users and company server providers, the enormous data value may be gained for faults identification, making decisions, repair solving. It permits us the essential information providing for the end-users in their patterns of consumption, to choose the best ways, maintain the expenditure of energy.
  8. Water supply: The incorporation and external adjustment of the sensor for water meters, attached to the internet and proper software accompaniment. It is very helpful for the collection, analysis, and data procession, which permits the consumer behavior understanding, faults identification in services of supply, results of the report, and course action providing for action providing of company services as it provides the possibility for final consumers in the tracking of their information consumption, by the real-time web pages. They also receive the case alerts of consumption identification automatically, which is out of their average range of record consumption, representing leak presence.
  9. Maintenance management: Maintenance management is the place where the Internet of Things applications are used very extensively. By using this combination of EAM maintenance management and sensors, various functional tools are gained, which helps to apply the disciplines' multiplicity and practices. One of its aims is the useful life extension of physical assets during the availability and asset reliability of guaranteeing. 
  10. Smart home: By using the various applications of IoT, we can make our home a smart home. In this smart home, we have different facilities like we can switch on our home appliances before reaching home, at the same time we can also switch off our home appliances when we leave home in a hurry. There is no need to get shocked by seeing products that are designed by companies with IoT technology, which make our life as easy and convenient. As this latest revolution became a success, these smart homes turned as general as smartphones. These products of smart homes are used to save money, energy, and time. There are various companies in the market for smart home appliances such as august, ring, Nest, Ecobee, etc. 
  11. Connected cars: Digital technology automation concentrates on the internal function of vehicle optimization, mainly their focus on experiencing them in cars. These cars are a kind of vehicle that may optimize their operations, passengers' comfort, maintenance with the help of internal connectivity and sensors. Large startups are happening on car solutions connectivity, various popular brands such as BMW, Apple, Google, Tesla already begin their experiments on the upcoming automobile revolution. 
  12. Industrial internet: The use of IoT applications is the latest trend in the industrial sector and is also considered the industrial internet of things. It is developing the engineers of the industry by sensors, analytics of big data, and software for the best machines designing. The Internet of Things maintains the capacity for sustainability and quality management. These applications of IoT help for goods tracking, information exchange in real-time. This has happened among the retailers and suppliers which develops the efficiency of the supply chain.
  13. Smart cities: It is one of the essential applications of the Internet of Things that creates interest all over the world. IoT provides various applications for smart cities. They are like technical surveillance, transport automation, smart systems for energy management, distribution of water, urban security, monitoring of the environment, etc. by using these applications of IoT, we can resolve various problems of people such as congestion of traffic, pollution, and energy suppliers shortage. We can use cellular communication for smart belly trash, which notifies municipal services when there is a need for bin cleaning. With sensors establishment and web applications utilization, cities may identify the parking slots available in the entire city.
  14. Smart retail: The applications of the Internet of things plays a crucial role in the sector of retail. It offers a chance for retailers in customer interaction to develop the experiences of in-store. Mobiles works as tools for retailers to interact with their customers randomly when they are out of the shop. Retailers may provide better services for their customers by interacting from mobiles and with the technology of Beacon. Retailers are permitted to track the path of their customers with a store and develop the layout of stores by providing required products in high traffic areas.
  15. Smart grid: Now, the concept of the smart grid has been demanded all over the world, in the future, these power grids need not only be smart but also need to be highly reliable. The main purpose behind this concept of the smart grid is data collection, fashion automation, behavior analysis, Consumers of electricity, electricity suppliers to develop their ability and economics for the utilization of electricity. These power grids have the capacity of identifying the power outage sources with high speed, at the household level of individuals such as solar panels to make distributive energy systems as possible.

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Advantages of IoT

IoT applications benefit us in various ways in our daily life. The given below are some of its advantages. 

  • Utilization of efficient resources: we can use the resource efficiently and manage it as per our requirement, only when we have a complete idea of its functionality and its process of that device working. That develops the utilization of resources efficiently.
  • Human efforts minimization: The applications of IoT communicate and interact with each of them. It does various actions for all of us, with that the human efforts are minimized.
  • Time-saving: As mentioned above, it minimizes human efforts. This process saves us a lot of time. This feature of time-saving is one of the best advantages we gain through IoT applications.
  • Enhance data collection: It enhances the process of data collection, which helps us to gather the essential information without much strain.
  • Security improvement: Security plays an essential part in our systems when our system is connected with all these interconnected things. Then we can protect our system’s data by providing security. 

frequently asked IoT Interview questions and Answers !!

Disadvantages of IoT

As we gain various advantages with the applications of IoT, at the same time, it also has some disadvantages that make us face some challenges. The following are some disadvantages of IoT applications.

  • Security: Security not only works as a benefit for IoT applications but also gives us some challenges. Because its systems are communicated with networks and interconnected, they provide only some control instead of entire measures of security. This may result in causing different types of problems in the network.
  • Privacy: There are no proper measures for privacy in IoT, as its system offers almost the maximum amount of personal information in detail. It happens Even at times when there is no active participation of users. 
  • Complexity: It seems very complicated to deal with large technologies of the internet of things. They are like designing, developing, enabling, maintaining, etc.  

Embedded devices in IoT

To gain a complete idea about the embedded devices of the internet of things is very important. We can learn them during the learning process of building projects of the internet of things. Those devices work like tools used to design the unique system of computing, but those systems can't connect with the internet. Usually, these IoT embedded systems run like a single application. Still, these devices may connect with the internet and have the ability to communicate by using devices of the network. 

Embedded system hardware

The embedded systems of IoT work as a kind of microprocessor and microcontroller. They include integrated circuits. The family microcontroller of RISC is an important part of these embedded systems. They are like Atmel 8051, PIC 16f84, Motorola 68HC11, etc. 8085 is another essential part that differentiates microprocessors from microcontrollers. It is nothing but their writable memory and internal read. The following diagram displays the components of the important embedded devices and the architecture of their system.

Embedded system hardware

Embedded system software

The language platforms support the IoT embedded system to utilize the operating system with the help of devices. We can also perform the operations in real-time, and its manufacturers design the embedded software within electronics such as modems, cars, telephones, appliances, etc. The software of this embedded system is very simple as the running of lightening control by using the microcontroller of 8 bit. But for some, this embedded software looks very complicated. They are like systems of process controls, airplanes, and missiles. 

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There is no need to go anywhere or no need for a special example. We can take our mobile as the best example. When we observe our mobile device, we can find various apps, such as mobile gyroscope, GPS tracking, Face detection, adaptive brightness, face detection, voice detection, and many others. To define IoT, we can say it as everyday connected things embedded with sensors, electronics, and software to enable the internet for data exchanging and collection without interacting with humans. That much important the IoT applications in the present generation, so we need to consider it as one of the important things that we have to know with the help of IoT training and courses. Our Hrk experts designed a wonderful course on IoT applications, and we are providing IoT applications training for those who require learning the latest skills. 

Related Article: Future Scope of IoT

Related Article: Big Data in IoT

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Research Analyst
As a Senior Writer for HKR Trainings, Sai Manikanth has a great understanding of today’s data-driven environment, which includes key aspects such as Business Intelligence and data management. He manages the task of creating great content in the areas of Digital Marketing, Content Management, Project Management & Methodologies, Product Lifecycle Management Tools. Connect with him on LinkedIn and Twitter.