The Internet of Things (IoT), first used by Kevin Ashton in 1999, is a worldwide network of “uniquely addressable objects, and objects are in communication with each other through a particular protocol.” According to this definition, each object has features that can be accessed over a mobile network. Estimates that there will be more than 24 billion IOT devices by 2020 have made the fact that the world will change more and more. So, what will the Internet of Things change in the next 10 years?
The Internet of Industrial Objects (IIoT) brings the capabilities of the Internet to devices, changing traditionality and providing great opportunities. Home, office and city life, health, personal and social space, transportation and logistics are experiencing major changes. Digital transformation allows you to develop new products and services, develop new pricing and business models, shift costs from fixed CAPEX to variable OPEX, reduce costs and enable data-driven agile decision-making it can happen.
In the era of industry 4.0, major players in the market are investing in data management and analytics capabilities, developing digital culture and reevaluating the management system. The biggest obstacles to keeping up with the digital transformation process are; instability due to high probability, lack of software and data expertise, lack of experience in digitization in management, misidentification of priorities between IT and OT, and older products or services.
When the Internet of Things is adopted and widespread, digital culture will evolve, life-enhancing technologies will be incorporated into every aspect of our lives, and the Internet will become a productive ecosystem.
Health care is one of the sectors in which the Internet of Things creates the most change and will continue to create. Mobile apps, smart wristbands and interconnected personal objects that monitor health performance will reveal new health models in the future. The workforce of the nurses will be reduced thanks to smart beds informing the nurses about the patients. Thanks to IoT sensors and advanced engineering, robots that can work efficiently in the operating room environment will be able to perform flawless surgeries.
Thanks to IoT-based traffic management systems, vehicles will be more comfortable to navigate and will not waste time stuck in traffic for long periods of time. Driverless autonomous cars will reduce traffic accidents caused by humans. According to Gartner, there will be 250 million connected cars on the roads by 2020.
As devices turn to green resources to conserve energy; it will be possible to optimize energy system settings in real time and monitor and analyze the performance of energy consuming devices. Storage, a key component of renewable energy systems, can be made cost-effective thanks to the Internet of Things. Smart grid systems will dissipate power efficiently and reduce the likelihood of power outages.
Thanks to the Internet of Things, pollution levels and moisture in the soil can be analyzed in seas, fields and cities. In this way, environmental pollution measures can be taken. The Internet of Things will usher in a period of intelligent farming. Smart equipment will be used in farming, and farmers will be able to monitor the potential conditions of the crop in real time. In this way, food supply will increase as well as contribute to the country’s economy.
the spread and development of the internet has led people to shop online instead of physically shopping. The IoT promises to change the exchange even further. Thanks to smarter devices, stores will be able to better identify purchasing models and the stock needed, and consumers will have easy access to any product they want.
The IoT-enhanced internet ecosystem will require further measures to be taken to ensure data security. According to cybersecurity experts, reducing this negative effect could still be thanks to IoT.
By 2025, IoT technology will be worth .2 trillion worldwide. Overall, IoT will be integrated into all aspects of life and all sectors. This will ensure better monitoring, processing and control quality, and faster decision-making processes.
Categories: Internet of Things