How the Internet of things (IoT) is Used in Different Industries

The Internet of Things (IoT) is a system of interconnected, Internet-connected objects capable of collecting and transmitting data over a wireless network without human intervention.


Personal or business opportunities are limitless. A “thing” may mean a connected medical device, a biotype transponder, a solar battery, a connected car with sensors that warn the driver of many possible problems (fuel, tire pressure, maintenance, and much more), or any object equipped with a network that can collect and transmit data.

When something is attached to the Internet, it indicates that it can send information or collect information, or both. This capability to send or receive information performs things quickly and perfectly. In the Internet of things, objects can be divided into three categories:

  1. Sensors that receive data and then transfer it.
  2. Computers that receive information and then operate according to it.
  3. Things that do both.



IoT uses in Real Estate


The Internet of Things (IoT) has breathed new life into the real estate industry. The annual growth of the market on which buildings equipped with advanced technologies are built or improved is 20% yearly on a platform that improves or redecorates homes with the special abilities.

IoT is a chain of smartphones, tablets, processors, devices, and utilities that interact in real-time. Smart buildings reduce operating costs, are more environmentally friendly, provide continuous data on the daily life of the facility, and attract digital-oriented buyers or tenants. Buildings connected to intelligent devices allow property owners and building managers to remotely control temperature, lighting, HVAC, building security, outdoor cameras, sprinkler systems, and additional utilities. Large office buildings get information using the Wi-Fi fingerprint and user movement to understand pedestrian traffic around the facility.

Asset capture views a commercial building as a repository of current data from which to visualize new services that can better serve the lessee. For example, cameras can record parking occupancy of a building and identify free spaces that the lessee can detect using a paid application.

The IoT market in terms of consumer spending on smart home systems around the world will reach $157 billion by the end of 2023. Costs and investments in IoT will grow due to efficiency gains, lower costs, and the absence of a human factor.


IoT in Fintech


As in many other industries, we also see the Internet of things in the financial market. The impact of technology on financial markets has already led to changes in customer service, security, payments, internal transactions, and infrastructure.

Fintech is teaming up with IoT and artificial intelligence to challenge banks to provide immediate support to clients. Smartphones can act as beacons, alerting customer managers at financial institutions when the customer comes to their branch. In this way, financial companies can quickly offer support and save customers time. According to Microsoft’s report, 95% of customers worldwide note that customer service is an important factor in brand selection. Customer service is also crucial in finance. IoT applications in financial services can also be used to improve customer service. Using intelligent, context-sensitive devices, the financial industry can optimize customer service by sending personalized messages, welcoming customers when they appear, etc.


IoT in Banking and Finance


IoT can affect conventional banking market means such as KYC, lending, insurance authority, trade finance, salaries, PFM, and security. Incorporated with other developing technologies, such as digital licenses and smart contacts, IoT can create new P2P business models that can disrupt banking in several areas.

The Internet of things in the financial industry is also transforming the way payments are made. Non-removable smart devices replace smartphones and traditional credit cards when making wireless payments and withdrawing cash.

Banks will identify the meaning of the channel and will be able to perform proper contextual services or guidance, improving the experience of communication. Biometrics, whether sound or touch, can allow account access on these new digital channels “everywhere.” In processes asking for a physical signature, you can apply “Wet Ink” technology as the customer can remotely pay using any touch screen equipment. It will eliminate limitations linked with personal, paper deals, and enable customers to do business even when they cannot be physically present.


IoT in Food Industry


The Enhanced Radio Frequency Identification System (RFID) ensures maximum transparency in the food supply chain, helps automate delivery and shipment processes and effectively monitors and controls temperature. It also allows shippers to track the location of the product using GPS. By gathering meaningful data, shippers can assess performance in several areas, including understanding customer behavior and reducing the “dead” miles in car parks.

IoT enables brands and manufacturers to improve the visibility of a specific food product path from the source or manufacturer to the retail store shelf.

Smart transport containers and refrigerators allow you to remotely control the storage conditions of your products. Any changes to storage conditions can be detected quickly, greatly simplifying the troubleshooting process. Advanced and intelligent containers for storage and transportation allow maintaining consistency of food quality.


IoT in Agriculture


The application of IoT in agriculture can be fatal for mankind and the whole planet. Smart agriculture is a broad term that combines farming and food production methods using the Internet of things, big data, and cutting-edge analytical technologies. When we talk about IoT, we usually mean adding sensing, automation, and analytics technologies to modern agricultural processes. The most popular IoT demands in smart agriculture are:


  • Sensory systems for monitoring crops, soil, fields, livestock, warehouses, or an important factor affecting production.
  • Smart agricultural vehicles, drones, autonomous robots, and execution mechanisms.
  • Connected agricultural premises such as smart greenhouses or hydroponics.
  • Data analysis, visualization, and management systems.


By handling soil and crop sensors, drone monitoring, and field mapping, farmers better surmise the relationship between crop health and status. Using connected systems, they can produce the best quality crops and increase the nutritional value of the product. UAVs or just drones have also gained popularity in the industry. In most situations, drones serve as IoT-based monitoring operations in agriculture, as devices for mapping fields, spraying, and handling pesticides on demand.


IoT in Healthcare Industry


Health is one of the most important industries because of the complexity; level of responsibility, and strict rules etc. Innovation has a long way to go before it is fully established in this field.

  • Telemedicine: The medical Internet of things, combined with mobile applications, is a completely new model of communication between patients and doctors, even between doctors and doctors.
  • Non-portable devices that transmit data directly to doctors: Most often it is about watches, tapes, bracelets, and other trackers, which collect important information about the patient’s condition (heart rate, blood pressure, pulse, blood sugar, etc.) and send it to hospitals or doctors directly for analysis and correction of treatment.
  • Diagnosis, preventive medicine: Patient maps, test results, treatment progress, and other data that IoT can collect are important to improve diagnostics accuracy and stimulate the development of preventive medicine.


IoT in Manufacturing


The Internet of Things (IoT) enables producers to increase efficiency, reduce waste, and increase profits. IoT is a proven strategy, emerging trend, and innovative technology. More importantly, IoT enables manufacturers to increase efficiency, reduce waste, and increase profits.

As the connected device ecosystem grows, as more corporations adopt its technology, it still has a competitive edge. Now is the time to take advantage of IoT. Connecting production devices and aggregating the resulting data allows manufacturers to reduce overhead costs, save resources, increase profits, and optimize operational efficiency. There are many ways IoT can help optimize production: Inventory control and supply chain management help companies become more efficient. But one of the most significant achievements made by IoT is energy management. Monthly utility bills usually arrive about two weeks after the end of the calculation cycle. They often indicate energy consumption for entire plants. Although this information may be convenient for the financial team, it does little to identify waste or reduce consumption.


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