The Internet of Things is still in its early stage as a phenomenon. Regardless of this, the rate of adaptability, expansion, ingenuity, and scope is alarming. Every sector is creating great mediums through which we can connect. In five years to come, it’s possible that sensors would have made their way into every area of our lives. The global IT infrastructure will be supporting several devices, big and small. Let us understand how the Internet of Things is impacting our lives.
What is IoT?
The Internet of Things, or IoT, is used to term the billions of physical devices currently connected to the internet and collect and share data. Due to the existence of inexpensive computer chips and the ubiquitousness of wireless networks, it can transform anything, from something small into something big, into a part of the IoT.
The connections of all these various objects and including sensors to them increase the level of digital intelligence of an ordinary object by allowing them to communicate real-time data without the help of a human being. The Internet of Things is doing its best by making the structure of the world and the things around us smarter and more responsive, connecting the physical and digital universes.
Impact of IoT in our lives
The healthcare sector can be changed by the Internet of Things, thereby assisting the doctors in getting quick access to the patients’ data. Also, Wearables, affordable Internet-enabled sensor devices that can successfully track people’s pulse, blood pressure, or pulse are accurate and compact. Regardless of the debates surrounding collecting, transmitting, and using this data, Wearables are indeed one of the most inspiring IoT applications in the healthcare sector.
Also, the Internet of Things is helping doctors and other medical experts track and monitor the well-being of patients living alone. Robotic assistance or sensors alerts caregivers whenever their patients forget to take their medications or couldn’t leave their bedroom at a set time.
As mobile technology is seriously increasing in every part of the world, healthcare workers are using it in searching for new solutions for intense challenges. Responding to the Ebola outbreak in West Africa, Scripps Translational Science Institute met with medical device companies to test a patch with integrated sensors to track respiration rate, heart rate, blood oxygen saturation, and temperature. This data transmits data over Bluetooth and decreases physical interaction with infected people.
The Internet of Things can monitor vibrations in buildings, monuments, bridges, and dams during any natural disaster like tsunami, earthquakes, and heavy floods. This monitoring will significantly help in controlling any natural disaster earlier.
The Internet of Things is becoming widely known these days because it’s so economical, easily accessible, and you don’t have to pay any money to maintain it. Anyone can operate it since IoT’s primary objective is to make complicated tasks easy for human beings. So, you don’t have to be a technical guru or have advanced knowledge in machine learning or artificial intelligence before you can use IoT.
Any device that can help in decreasing the stress on the environment must be accepted. High-energy consumption household equipment will have to adjust based on the price signals to reduce your electricity bill. The thermostat and lighting in your home can learn your habits to develop the optimal setting based on your lifestyle. For instance, ensuring that your house is the ideal temperature before you get home.
Also, these smart devices can sense when the house is empty and automatically switch off every appliance in your house to reduce wastage and cost.
Since, the costs are not as exceptionally expensive as before, and sensors can be integrated into construction materials. For instance, concrete can be mixed with sensor abilities, offering real-time data to the IoT. Other factors like pressure, vibration, internal temperature, and rebar movement can initiate active communication with the Internet of Things.
When constructing bridges and other infrastructures, the invention of self-monitoring projects is needed. Here, the sensors can be implanted in the concrete who will report any problem to engineers before the conditions get disastrous. With IoT, road surfaces can communicate weather hazards such as excess ice to the Department of Transportation, providing the road crews with the chance to make the road suitable and safer for the drivers.
With a single tab on the IoT device, you can easily open your house gates, safely control light intensity, set them dim, unlock your cars, slide the curtains, switch on/off the light, and many more. This enables us to upgrade our standards of living easily. The Internet of Things is beneficial in securing our houses and lockers from intruders and theft.
All these examples show the endless possibilities and potential of the Internet of Things. The more creative we are with those sensors, the more valuable and beneficial the data will gather. As the development of more innovative devices is increasing, then the best of the Internet of Things is yet to come.