Future with IOT Technologies
Future is Connected with IoT technologies
The number of connected
IoT devices is expected to hit 75 billion by 2025, which means that for every
people on the planet, there will be around nine connected gadgets. The rate at
which Internet of Things (IoT) technology is permeating our daily lives is as
astonishing as the capacity it possesses to alter the way we do things.
What is it, exactly? There
are a number of advantages to this technique, including the fact that it can
save customers time and money by allowing them to remotely monitor and control
various physical assets over the internet (or the cloud).
There are a number of
industries that, if they haven't already, will be altered by this revolutionary
technology. Figure 1 shows the Industry IoT use cases for workforce
distribution and automation in such industries.
Figure 1: Industry IoT
use cases for workforce Distribution and Automation
Industrial Production with IoT
Industrial It is already
being used in the manufacturing industry to measure energy and asset efficiency
along the production line. Using Internet of Things (IoT) technology, it is
possible to link and modernise legacy assets, which were developed prior to the
internet's power. In order to better understand the efficiency of their
manufacturing processes, companies can now collect key production data using
connected sensors and cloud software.
What kind of assets are
we referring to, exactly? Anything from HVAC and CNC machines to refrigerators,
freezers, and lighting fixtures could fall under this category. Monitoring,
automation, and predictive maintenance are all made possible by IoT, which can
provide a more complete view of how these assets are performing both
individually and collectively. With industrial IoT, we can see how much energy
(or overconsumption) we're using, and we can also see how well our equipment is
working by connecting it to machines. It is possible to foresee the asset's
future status and prepare engineers for potential challenges.
IoT makes it possible to
avoid downtime, maintain asset performance at its maximum and drastically
reduce energy costs. All of this hinges on IoT and connectivity visibility.
Modern Agriculture Approach with IoT
In order to meet global
demand by 2050, the United Nations estimates that we will need to produce
nearly 70% more food. IoT will play a critical role in reducing waste and
increasing production. Workers, machines, crops, livestock, and even the
effects of bad weather may all be monitored and tracked with the technology
that is currently widely used.
Farmers are already
benefiting from the use of agricultural drones and smart sensors that provide
real-time information about their crops. The Internet of Things (IoT) is
essential for automating previously manual and labor-intensive processes, such
as monitoring crop light, air quality, and soil moisture levels (and at a time
where there is a growing shortage of human workers to meet agricultural
demand).
The Internet of Things
(IoT) is also being used in agriculture in order to provide farmers with
predictive analytics, which can help them better prepare for harvesting,
storage, and even marketing.
Smart Cities with IoT
Smart cities, which are
becoming more and more of a reality in many parts of the world, rely heavily on
the Internet of Things (IoT). Public transportation networks in many smart
cities are managed and improved using IoT technologies. Congestion can be
alleviated by gauging the amount of people using public transportation at any
particular time.
In other places, sensors
can watch water levels and activate flood defenses before calamity strikes in
cities where flooding is a serious and increasing concern. The Low-Cost Gully
Management program in Dublin is a fantastic example of this. LoRaWAN and Sigfox
technology were used to produce six sensor products that can detect water
levels and notify flooding incidents.
Future expectations
As of 2018, IoT spending
was $646 billion (€625 billion), and it is expected to rise to $1,100 billion
(€1060.02 billion) by 2023.
When you have
high-quality data that has a specific application in mind, you can do almost
everything faster, cheaper, or more efficiently.
Dr. Manish Bhardwaj
Computer Science and Engineering Department,
KIET Group of Institutions
Delhi-NCR, Ghaziabad
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