iot applications , iot in healthcare, iot in smart cities, iot in manufacturing, iot in industrial sector, iot retail, iotenvironmental monitoring
Real-World IoT Applications
The rise of IoT has been phenomenal. IoT devices and embedded systems have become more prevalent and efficient in our daily lives. The first application of IoT was in 1982. A Coke machine at Carnegie Mellon University was able to report its inventory and coldness of the drinks.
IoT in Healthcare
IoT revolutionized medical care by a network of connected medical devices
to the world. It elevates the efficiency and quality of medical facilities
for patients and healthcare provision with IoT development services for
healthcare. The major advantages of IoT in healthcare include Cost
Reduction, Improved Treatment, Faster Disease Diagnosis, Proactive
Treatment, Error Reduction, Reducing wait time, Tracking employees and
patients, Identification of chronic diseases, Drug management, and keeping track
of hardware maintenance.
Remote health monitoring
It uses the latest advances in information technology to gather patient
data outside of traditional healthcare settings which enables the doctors to
get the patient’s details every second. Patients wear a Holter monitor
device to monitor the abnormalities in their heartbeat.
Smart Hospitals
IoT and AI are enabling healthcare organizations to implement intelligent
recognition, positioning, tracking, monitoring and management, by utilizing
RFID, infrared sensors, GPS, laser scanners, and other information sensing
equipment for better diagnosis, treatment, management, and decision.
Wearables
Wearable technology in healthcare includes electronic devices that are
wearables, the purpose is designed to collect the data of user-health
fitness. Popular IoT devices include Fitbit, wearable blood pressure
monitors, smart health watches, wearable ECG monitors, and biosensors.
Fitness trackers and smartwatches that report on parameters like temperature, blood pressure, pulse, etc.
Smartphones, Smartwatches, Health trackers, and Digital assistants all these
things are in our lives and are making our lives better and easier well.
IoT in Smart Cities
Making use of IoT devices such as sensors, lights, and cameras to gather and analyze data helps in improving infrastructure, public utilities, and services. Cities are using this technology for parking lots, parking decks, street lights smart parks, Flood and water notification. There are some areas that not only does that city benefit but the city downstream could benefit if they are seeing a flash flood scenario that may impact downstream cities or communities and giving them a heads up. An alert is very beneficial for people counting on this day of cover.
Related post: Applications of IoT for Smart City
IoT in Manufacturing
The Industrial Internet of Things (IIoT) is leading to digital
transformation in manufacturing. With the help of IoT-enabled sensors,
manufacturing industries can gather feedback regarding the end product and
use that to gain a better understanding of manufacturing methods, in a
cost-effective, time-bound method.
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Automated self-fixing systems
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Product failure management
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Predictive repairs and maintenance
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Monitoring equipment utilization
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Product quality control monitoring
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Monitoring safety
IoT in Industrial Sector
Inventory Control
Inventory control is a component of warehouse and supply chain management.
By using advanced IoT sensors we can easily keep track and analyze inventory
precise location and stock levels.
Fleet Management
IoT fleet management solutions servers to follow assets as they travel,
monitor their health remotely. And reroute the team to put them on the
safest, and most efficient path available. Fleet managers can accurately
track driving sequences to provide best and worst practices to enable the
safest and cognizant drivers.
Predictive Management
Real-time, low-cost monitoring devices that send data to an algorithm
continuously. It can detect if something goes wrong with a machine or use
machine learning to make a prediction.
Connected Cars
Vehicle-to-vehicle communication technologies are high-speed,
high-bandwidth networks, cameras, and radar. That allows cars to locate each
other avoid collisions streamline traffic, and become autonomous in the
future.
IoT in Retail
Making use of IoT-based technology in retail, business owners are gaining
supply chain insights, monitoring customer satisfaction, and cost-saving to
improve the overall performance. It enhances the efficiency and productivity
of a business by providing the ultimate user experience.
Smart Shelves
With smart shelf technology, retail owners can keep track of products and
showcase the necessary details to the customers.
Robot Employees
This will draw the attention of the customers as robot employees will
assist them and enhance their shopping experience.
Digital signage
IoT-based digital signage will showcase personalized data to the customers
based on shopping and choices.
Automated Checkout
Take the item you want and walk out of the store, the bill amount gets
deducted from your bank account.
Personalized alerts
Give special offers and discounts to regular customers when they pass near
your store or products through IoT sensors.
IoT in Environmental Monitoring
Controlling air and water pollution
IoT provides effective monitoring of pollution levels in different parts of
cities and real-time monitoring of air and water quality.
Waste Management
Vehicle Tracking
Extreme Weather
IoT in Smart Agriculture
Related post: IoT in Agriculture for Smart Farming
Some real-time scenarios:
Refrigeration monitoring apps and sensors enhance efficiency and
effectiveness. In restaurants and hospitals are required and regulated to
maintain certain temperatures in their walk-in coolers and walk-in freezers.
For decades, it was a thermometer inside of the walk-in fridge refrigerator
and the employee would go in, read the thermometer, take the clipboard off
the wall, and write down the temperature. Assuming the employee does it on
time and fills up the whole shift and puts a decimal in the wrong spot or
reads the thermometer wrong. There are issues with human error. But more
importantly, paying someone to do a task that can be automated. So by putting
an IoT sensor that measures the temperature by the second is invaluable. Because it cost dollars a month versus hundreds of dollars a
month. Often the person has to go there and check that if it's not done
correctly the fines that come along with it. But automated sensors do that kind of task.
People counting in Retail stores or school systems a lot of
use cases there from RFID tagging on students ID cards thinking about
elementary school and a kindergartner’s backpack tag.
In school bus riders when the kid got left on the school bus and the bus got locked up in the depot yard and the kid never came home. This is the real tragic scenario of school safety of shooters areas but real problems and technology can help with the smart cameras and video systems that can detect if someone is in the parking lot and automatically locks the front doors.
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