Nikat Rajak Mulla | International Journal of Applied Nanotechnology | Vol 11, Issue 2 | ISSN: 2455-8524
Abstract
IOT has the power to transform industries and enhance people's lives. However, resolving the
growing concerns about energy usage is necessary for its widespread adoption. Because
nanotechnology makes it possible to manufacture self-powered gadgets, low-power circuits,
high-performance batteries, and sophisticated sensors, it offers a method to build an IoT
ecosystem that uses less energy. With thousands of devices connected and vast amounts of data
being generated, Internet of Things(IoT) is quickly changing how we live and work. However,
energy consumption is a serious obstacle to this rapid increase. The energy needed to power
these devices, gather and analyze data, and keep the network linked is increasing along with the
number of connected devices. Thankfully, there are promising ways to increase energy efficiency
throughout the IoT ecosystem thanks to nanotechnology. IoTs' potential lies in its capacity to
smoothly incorporate gadgets into our everyday routines. These devices do, however, have high
energy requirements. By increasing the sensitivity of IoT sensors, nanotechnology is opening the
door to the possibility of more precise, accurate, and useful data collecting. Numerous new
opportunities for IoT applications across different industries are made possible by the capacity to
identify and measure even the smallest changes in the environment or target characteristic. The
increased sensitivity provided by sensors enabled by nanotechnology has the potential to
transform data collection and propel the development of IoT, from facilitating early disease
detection to streamlining industrial operations and safeguarding the environment.
Keywords: Nanotechnology, IoT, Sensitivity, Energy efficiency, advanced sensors,
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How to cite this article
@article{MullaNR2025,
author = {Nikat Rajak Mulla},
title = {A Powerful Partnership Between Nanotechnology and IoT},
journal = {International Journal of Applied Nanotechnology},
year = {2025},
volume = {11},
number = {2},
issn = {2455-8524},
url = {https://journalspub.com/publication/ijan/article=22777}
}