11 Top Possible Applications For Internet Of Things (IOT) 2020

Photo by Joshua Sortino on Unsplash

#1. IOT in the Travel and Tourism Industry

Source: travelcarma.com

Unprecedented disruptions to aviation due to the epidemic has led to complete chaos in the travel & tourism sector. However, airlines are resuming operations without security measures intact. Internet-of-Things technology has become an exciting savior, calling for everyday devices to be interconnected via the Internet. IoT-based HVAC systems prevent transmission of viruses at the airport, thus protecting you from any infection.

Do you know? Abu Dhabi International Airport uses motion-based elevators, here you can wave your hand to indicate your destination keeps you very safe as the distance between you and your fellow passengers is maintained.

Way-finding apps like Wisely will alert you if you get close to any other person nearby, thereby helping you maintain a social distance.

Robot Way finder, which served you in New Sheraton, Los Angeles (courtesy of Robotics Technology paragraph above), follows IoT technology sensor-based doors to take you to your room.

#2. IOT Applications In Wearable and App Development

FuGenX IOT Solutions

IoT-enabled wearable are smart devices that can be worn as outdoor accessories, embedded in clothing and apparel, fitted to the body or adhered to the skin. These devices can connect to the Internet to collect, send & receive data that can be used to make smart decisions. These wearables are becoming an essential part of IoT technology & their development is shifting from simple tools to more unique and practical applications. Smart wearables interact with a range of other devices, such as smartphones, for computing and communication purposes.

The purpose of smart devices developed with the Internet of Things technology is for people to use energy efficiently. Effective use of energy saves depleted energy resources. Besides, smart devices and smart systems developed with the Internet of Things technology make people’s lives easier.

Some of the first functions that wearable devices are already delivering are related to identity and security. You may not consider the badge you wear at work to be a wearable device, but it does provide identification and safety features that can be used in the work environment. Some advanced badges have some bio metric capabilities to enhance security (such as fingerprint activation, so only the badge holder can use it to open a locked door). Badges also have capabilities for location sensing that can be used in emergencies to ensure that everyone has successfully evacuated the building. The wearable bracelet provides a more reliable indication of position as it is less likely to be placed in the jacket‌ on the back of a chair.

Wearable technology smartwatch with large and readable displays can instantly measure many values for athletes. It has hosted many new projects and smart devices for fitness wearable technology.

When developed with the Internet of Things technology with wearable smart devices and wearable smart apps, many processes can be done, from heart rate measurement to diabetes measurement.

Wearable devices may be allowed automatically to connect to devices around the home. You can have the lighting level you like when watching TV from a particular chair. Switch the TV on to connect wearable gadget will help change the lighting level from the LED lights associated in the room.

A smart home TV also justifies the automatic blocking of light from the windows that created the light. The back lighting on the LCD TV screen can also be adjusted, and all settings are optimized to save energy, as well as make the most optimal viewing experience. All these interactions can be done automatically, directly between the devices after setting the whole strategy through the smartphone interface.

#3. IOT Applications in Healthcare and App development

Compound Annual Growth Rate CAGR of 37.6% In the Healthcare IOT Between 2015 to 2020

i) Implantable Glucose Monitoring Systems

Diabetic Patients Implanted with the IoT sensor beneath the skin that connected to the mobile phone to monitor blood glucose levels

ii) Activity Trackers During Cancer Treatment

Reliable Treatment for Cancer Patients Includes perfect Lifestyle. So the Activity trackers track the patient’s movements, fatigue levels, appetite, and so on. Plus, data collected from the tracker before and after Cancer treatment tells health care professionals what adjustments should be made to the recommended treatment plan.

iii) Heart Monitors with Reporting

Most heart attacks lead to death before any treatment is available to patients. Patents usually fail to call the service if they are unconscious when a heart attack strikes. The Internet of Things (IoT) methods has a significant dominance in solving the problem of heart disease that patients care about, as they can transform the mode of service into a broader way depending on the health condition of the patients based on their health perception. A comprehensive health service, a remote monitoring system, is required. The extensive monitoring system sends patients’ physical signals to small medical applications in real-time. Medical Alert Systems

iv) Indigestible Sensors

The Proteus System company tablets that dissolve in the stomach and produce a small signal taken by a sensor worn in the body. The data is then transmitted to the smartphone app, confirming that the patient has taken their action drugs as prescribed.

Pro tease has so far tested the system with pills for the treatment of uncontrolled hypertension and type 2 diabetes and antipsychotic medications. In late 2017, the anti-psychotic action created by Proteus and Otsuka Pharmaceutical Co. became the first FDA-approved drug with the Abilify MySite — digital tracking system.

Like connected inhalers, it allows patients to learn and improve their action medication regularly, as well as to give their doctor more information about treatment. Although the idea of ​​taking tablets with the sensor may seem aggressive, the system chooses from patients, and they may stop sharing certain types of information or withdraw from the program at any time.

v) Wireless Sensors

Wireless sensors collect data about local conditions and share the results with other powerful components or platforms for further processing. Sensors are usually distributed over large geographical areas and are programmed to communicate with central hubs, gateways and servers.

A significant advantage of wireless sensors is that they require a low level of maintenance and soft power to operate. Sensors can support IoT applications for years before a battery change or charge is required.

One of the biggest questions developers face when it comes to building wireless networks is how to set up wireless sensors in the field. Sensors or “nodes” must be distributed in a way that supports the broader goal of the network developer.

vi) Traceable Inhalers

IoT inhalers tell patients what they are doing or transmit asthma attacks by sending information to their smartphones or tablets. They can also share that information with their doctors. Connected inhalers also remind patients when to take their take medication.

vii) Connected Contact Lenses

A contact lens with a micro camera & sensors embedded on the surface can be controlled when flashing. Patent application Smart lenses can take photos, process data related to them and perform tasks based on that processed data.

Also, Contact lenses read glucose levels in diabetic Patients

viii) Wearable to Fight Depression

Otsuka American Pharmaceutical and Proteus Digital Health has developed a wearable sensor called Abilify MySite, which can be used to help reduce schizophrenia, bipolar disorder or depression in adults.

ix) Location Services

Location tracking The IoT solution starts with a location sensing device. It could be a hardware device built for that purpose, or it could be a location tracking towers app installed on a smartphone that enhances the phone’s location-sensing capability. The location sensor on the device attempts to make a triangle on known points to provide a relative position.

x) Remote Monitoring

IoT based remote monitoring system for your buildings?

Whether you are operating just one building or many, today’s remote monitoring solutions provide unprecedented control over all your building activities, everywhere in great detail. If your goals as a facility manager are to increase energy efficiency, create a more sustainable facility, reduce your operating costs, adopt a management strategy, and improve the living experience

#4. Applications of IOT in Retail and App Development

The use of the Internet of Things is becoming mainstream in the retail industry due to the endless capabilities and technological advancements that businesses in this sector have. The Internet of Things is a powerful tool that allows retailers to investigate customer behavior, create new business models, and optimize productivity.

i) IoT is used to enhance the customer experience

ii) Improves flow management in the store

iii) Allows timely delivery of coupons and promotions

iv) Better inventory traceability

Your Desired Retail IOT App is developed Click Here

#5. Applications of IOT In Automotive and App Development

Smart applications are implemented in automotive technology to provide navigation.

For example: Google now works with several automotive software developers to integrate applications such as the Play Store or Google Maps into vehicle infotainment systems. Some mid- and high-end cars now also offer Apple’s Car Play.

Many systems now on offer require a connection to an external device, such as a smartphone for Internet connectivity shortly, automotive technology will develop vehicles with software and connectivity features embedded in their system. Thus give the driver the ability to access maps and other Internet-connected services on the go.

· Vehicle Tracking,

· Predictive maintenance,

· Safety and Security

#6. Application of IOT in Traffic monitoring

Here are few insights on how IOT can be used such as road repairs that cause traffic congestion are sent to a city-wide traffic monitoring system.

Now, considering that it is a smart traffic system, it can quickly detect patterns in traffic with the use of machine learning and overtake ts. The intelligent system can analyze the situation, assess its impact and transmit information to other cities that connect to the same road through their smart designs.

The traffic management system can analyze the data obtained to avoid obstacles and get routes around the project. The system also conveys direct instructions to drivers via smart devices and radio channels. Meanwhile, city schools and offices near the project are also called in to adjust their schedules.

#7. Application of IOT in Fleet management

IOT is making revolutionary changes in operations, aircraft management with optimized control and logistics

It is advisable to follow environmental and safety regulations and Monitor driver performance for better safety

Maintain vehicle health and increase vehicle value through preventive maintenance

Organize operations, improve schedules, improve invoice accuracy, improve time management and reduce paperwork

Increase overall business visibility through reports and effective vehicle tracking

On-time deliveries and high-quality service enhance customer satisfaction

#8. Application of IOT in Agriculture

The agricultural industry must adapt to demand regardless of environmental challenges such as unfavourable weather conditions and climate change to meet the needs of a growing population; the farm sector must adopt new technology to get the much-needed margin.

Agricultural applications in smart farming and precision farming through IoT will increase operational efficiency, reduce costs, reduce waste and improve their yield quality.

#9 . Application of IOT in Hospitality

Guests can go into the hotel and unlock their rooms through their mobile devices, providing a seamless hospitality experience.

With connected devices, hotels allow you to adjust the lighting in the room based on the amount of natural light. Similarly, technology can locate the space of the room and adjust the temporality accordingly, which will reduce energy costs without compromising guest comfort. And many more Advantages to Develop your App here Now

#10. Application of IOT in Smart grid and energy saving

Germany integrates IoT infrastructure and technology solutions to implement the Smart Grid project in Mannheim. The project allowed for greater adoption of renewable energy and allowed for coordination of energy consumption and production in the city.

The Luminous Energy Management Platform is an excellent example of the IoT application in the Smart Grid, which saves costs, reduces emissions, and readily embraces green energy at the same time. The company provides smart panel and data analytics tools to optimize storage, manage power consumption, and integrate PV systems in homes.

#11. Application of IOT in Water supply

IoT smart water management methods can reduce water costs by up to 20 per cent, resulting in better returns with lower prices. The IoT Smart Water Management System provides opportunities for municipalities to reduce management costs around construction, maintenance and more.

IoT water sensors installed at various locations in the IoT water system to detect any leakage or other defects.

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