IoT is still in its early stages but has already taken over different industries and growing gradually. A summary published by McKinsey Global Institute (MGI) describes the potential of IoT not only in developed countries but also in developing ones. Their analysis reports IoT will have an economic impact in different industries and areas, worth around $11.1 trillion per year until 2025.
all these various industries in this article, the focus is more on Agriculture,
Healthcare, and Manufacturing industries. Modernisation and digitisation has
affected all these industries in its own way. Modernisation plays a big role in
agricultural field, because without machinery and technology it is a very
tedious and difficult job. As compared to early 1900 a farmer has become more
efficient with respect to his work and more predictable in terms of weather. In
healthcare system high-tech gadgets were already in use and improving the
quality of diagnosis with time. In the Manufacturing industry where automation
and machinery plays a huge role, it still has some areas where the
manufacturing process can be improved immensely. All these areas have some
factors, which can be optimised with the help of IoT. For instance monitoring
can be seen as one of the factors which is generally applied to all the three
industries; for example monitoring of crops, monitoring of supply chain and
monitoring of patients and their health. Monitoring with IoT can be seen as a
medium that bridges the gap of between its application and technology. As ongoing
research by big institutes and universities shows us application of IoT and how IoT can play a big role in resolving issues
involved in the industries.
changes in climate has damaged natural vegetation all around the world
(including farming land), and species depending on it is affected tremendously.
Also, increase in the population appeals for production of great amount food in
coming years. There are more severe problems faced in agricultural lands all
over the world is decrease in the number of human labour and area covering the
farms. To overcome these problems IoT is an alternative to opt for. IoT helps
in different areas of farming like irrigation, crop growth, fertilisation, and
the following IoT applications are listed below:
- Soil humidity and temperature monitoring, water PH levels
- Drones will help in fertilising the crops
- Analysis of all the collected data from farm sensors
IoT and Healthcare
A UN report has highlighted that the number of elder people will increase by nearly 2.1 billion by 2050. This indicates an alarming number for the healthcare systems in not only developing countries but also in developed countries. All over the world, people are becoming more health conscious which in turns demands technology, which is pre-emptive and informs us about issues considering our health. Existing healthcare system can be upgraded with the IoT and can be utilised in many different ways.
have come with models and architecture that includes the power of IoT in the
current medical technologies. Internet powered things has already proven that
how eminent part they can play in a person’s life if they are informed about
some unusual behaviour of the important organs beforehand.
applications of IoT in medical world are as follows:
- Distant patient treatment: Patients with limited
mobility can inform and discuss their health over digital and wearable
- Medication and Resource management: Patients are
notified about their medications via wearable’s and costly devices can be
tagged and monitored and all this information can be stored in the cloud
IoT and Manufacturing
It would not be incorrect to say that IoT has already been introduced in the manufacturing sector by Industry 4.0. The idea behind this industrial revolution is to bring internet to the computers responsible for controlling the manufacturing process. By introducing smart sensors and smart devices in traditional manufacturing assembly line can improve productivity immeasurably. In Africa, a gold mine gathered sensors information and based on it, they realised about some unexpected results in their decisive process. After rectifying this issue, they were able to increase their yield by 3.7 per cent, which was around $20 million annually.
In manufacturing plants, there are following points where IoT can prove to be immensely beneficial:
- Assembly line: Inter-connected assemblies with virtualization features, smart sensors, and machinery can be useful for not only the workers but also for the managers who can observe the performance and adjustments in real time.
- Pre-emptive Maintainability: Depending on the data collected over the complete life cycle of a product manufacturing, analysis can help to improve inconsistencies during the next cycle.
- Production line monitoring: In this process it is important for real time information to be collected and notified. This could not be achieved with the traditional machinery but with IoT it can be resolved easily.
To boost the different sectors of the industries, many stakeholders have already started investing and implementing these ideas. The infrastructure required for realising IoT in agriculture, healthcare and Manufacturing is not only a concept but also a reality. Already many start-ups, government, and giant institutes have introduced products commercially and slowly making devices factories and cities smart. The implementation of certain IoT ideas have gaps which needs to be fulfilled, but they are just waiting to be discovered.
If you’d like to learn more about how IoT is impacting industries, why not attend the IoT Tech Expo Global in London, 17-18th March 2020. For more information head over to the event website:
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