How An IoT Chipset The Size of a Bean Will Save Our Planet
We are in the midst of deeply challenging times. Our planet and environment is under extreme pressure, and the complex issues we are facing will not be solved by linear thinking and a business-as-usual approach. Instead, we need innovative, visionary ideas and leading-edge technical solutions that can be woven together to create a new framework for successful living and thriving.
But where does the answer lie?
Exploring the Possibilities of an IoT Chip the Size of a Bean to Reduce Carbon Emissions
Technology has helped revolutionize the world. Now, with the Internet of Things (IoT), a chip set the size of a bean might help save the planet too. The boom in IoT technologies and wireless communication has opened up unlimited potential and room for creativity. In 2020, it was estimated that there were 26.6 billion active IoT devices worldwide; that number is projected to grow to 75 billion by 2025. IoT is the next great revolution, promising to usher in solutions that will forever change our lives for the better.
The Role of Wireless Communication and IoT Solutions
The IoT, or Internet of Things, encompasses an immense set of intelligent devices that are continually collecting and processing information. Wireless technologies allow this data to be transmitted in real-time, so that the condition and status of what is being monitored can be instantly assessed.
There are numerous IoT smart devices in our homes now, and you’ll also see them deployed across the manufacturing,industrial, automotive and health care sectors too. Innovate new IoT applications are being developed in areas such as environmental safety, energy efficiency, telemedicine and disaster warning systems.
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Advances In Smart Environment Monitoring Systems Using IoT and Sensors
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Real Time Air Quality Monitoring
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Smart Water Cycle Management
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Energy Saving Using IoT
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Telemedicine
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IoT in Agriculture
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Smart Cities
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Disaster Management
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Early Warning Systems
Advances In Smart Environment Monitoring Systems Using IoT and Sensors
Technological advances in IoT and wireless technologies, along with the development of new generations of sensors, has led to the creation of smart environment monitoring (SEM) systems. Wireless sensor networks, or WSNs, provide the connectivity that allows us to record and monitor critical environmental data.
Key environmental factors can be actively monitored, and critical changes instantly detected. These systems can track air quality, water quality and other metrics that directly affect public health. Furthermore, by leveraging the machine learning and AI capability of the IoT devices, sophisticated analyses such as levels of water contamination can be performed.
IOT Devices: A Connected World in Numbers
STATISTICS AT A GLANCE
*Sources: Security Today, Transforma Insights, IoT Analytics, IDC
70
Billion
the estimated number of IoT devices connected to the web by 2025
22
Billion
the number of active IoT devices worldwide as of 2020
0
Billion
connected IoT devices from the consumer segment as of 2020
-2
Billion
China's connected IoT devices in 2020, leading all countries
122
the number of new IoT devices connected to the web per second
45
IoT platforms focused on industrial and manufacturing industries
9
ZETTABYTES
data generated by IoT devices in 2019 alone
TOP IOT CATEGORIES BASED ON 2020 MARKET SHARE
*Source: IDC