IoT is the next big thing in the computing market. IoT stands for the Internet of Things. The technology is about the interconnectivity of smart devices using the Internet. Since the past three decades, the world is focusing on making technology faster. Now, the smartest people in the world are putting their brains together to connect these smart devices to increase mobility and productivity for improving the efficiency of the devices.
If you look carefully, you can notice that our environment is now full of smart devices. We interact with at least one or more smart devices daily either it is smartwatch, smart TV, or refrigerator. With the advent of IoT (Internet of Things), these smart devices are interconnected and operated using a singular device such as a smartphone. A suitable example would be Jarvis, an AI redefining IoT.
Let us look at few examples of how the IoT revolution is shaping our future:
When you incorporate more than one smart device in a house, you can easily convert it to a smart house. You can operate a smart house using only your smartphone. Some examples of the smart devices include,
- Smart lighting: Detects the presence or absence of moving object and turns on/off accordingly.
- Voice Assistants: Help in carrying out several functions in the house using voice commands. You can perform tasks like turn down lighting or turn off the gas by voice commands.
- Smart Robots: These robots serve as personal butlers to carry articles around the house.
Medicine and Healthcare
The hospital industry is one of the major sectors that are revolutionized by the advent of smart IoT technology and wearables adding to the era of the quantified self. With advancing biomedical and bioengineering fields, it is possible to maintain human health more efficiently. Thereby it is reducing the number of annual fatalities.
Some examples of how the medicine and healthcare industry is affected include;
- Advanced Nanotechnology: Engineers and doctors are working in sync to develop nanotech robots that are injected into the human body for early-stage diagnosing of several fatal diseases. These micro-robots can warn the person about the onset of disease. They can also deliver drugs/medicines directly to the targeted areas.
- Surgery Robotics: Advanced robotics can conduct expert-level surgery at high-efficiency rates and low costs.
- Activity Monitors: When inserted in a smartwatch, can track the activity/diet and calorie intake of a person to suggest the necessary workout for maintaining a healthy lifestyle.
Smart Industries and Automation
Companies like Google, Tesla, and other custom software development company in India are already working on making the production. The industrial sector is more efficient by incorporating machines capable of carrying out tasks like welding, bolting, assembling, etc. With the smart industries, it is possible for industrial plants to work in a cost and time-efficient manner. Some industries that are responsible for adopting automation at a wide scale include,
- Automotive and Aerospace Sector
- Food Production and Agricultural Sector
- Civil construction industry, etc.
Artificial Intelligence (AI)
The exceeding usage of Artificial Intelligence directly powers smart technology. Technocrats like Mark Zuckerberg (CEO and co-founder of Facebook), Bill Gates (CEO and founder of Microsoft) are working towards developing open-source AI platforms that help in the inter-connectivity of smart devices.
Elon Musk (CEO of Tesla, SpaceX, SolarCity) recently founded a new company Neuralink. And that is responsible for creating modules that connect the human brain with AI (Artificial Intelligence) technology. The implementation of AI in the IoT field will help humans to interact with machines more efficiently.
Automobiles and Logistics
There is an ocean of changes in the automobile industry with smart mobile technologies coming into the game. Companies like Tesla and Google are working on developing smart vehicles that can drive by themselves requiring minimal human interaction.
Using the basic concepts of the Internet of Things, you can connect your vehicle to the Internet, which in turn connects to several GPS (Global Positioning Satellites) as well as other vehicles.
Using the smart guidance systems, your vehicle can now assess its nearby surroundings helping in creating safer roads with minimal traffic congestion.
Tesla even plans on launching self-driven commercial trucks that will change the logistics sector forever. Thereby reducing costs and making environment-friendly vehicles.
Environment Monitoring Systems
Global warming and carbon emission are raising concerns for humans since the rise of the industrial sectors are making the air almost unbreathable and the ground barren. With IoT in place, it is possible to keep track of pollution carried out by several industries and vehicles.
Smart meteorological satellites inform people about the long-term and short-term weather conditions for their residential areas.
PUC (Pollution Under Control) is a good way of tracking vehicle emissions thereby allowing the government to levy a carbon tax on the vehicle owner.
Smart means of renewable energy generation from companies like SolarCity will help in reducing the world’s reliance on the conventional means of fossil fuel-based energy sources.
Developing IoT technology is turning out to be a revolution not just improving the lifestyle. But also providing ample opportunities to avail vital stats and add more to the quality of life. Improving automation and reaching out to people with the most streamlined means of the patter of the usage of the devices. The technology can also be used extensively to improve the quality of marketing and improve the conversion rate.