The Internet of Things (IoT) is a system of interconnected computing devices, mechanical and digital machines, objects, animals or people with unique identifiers and the ability to transfer data over a network without requiring human-to-human or human-to-computer interaction. With the growing need for connectivity, cloud-enabled services have become an integral part of network architecture development to enable real-time IoT deployments. The wave of clouds touched every sector in an attempt to make them more agile. When implemented pragmatically, cloud solutions can help businesses across the board leverage market demands for connected devices to gain new, insightful data sets. To put it simply, IoT was born in the cloud, and the cloud drives both IoT and the growth of Big Data. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essay It goes without saying that the emergence of the Internet of Things (IoT) and businesses' growing reliance on digital devices will also rapidly increase with the support of cloud-enabled services. In this context, cloud computing will share a vital role in meeting the growing data storage needs raised by start-ups, mid-caps and large enterprises. It is no longer a hidden truth that legacy systems cannot meet the growing needs of data and connected devices. The other side of the coin is that cloud platforms are designed and developed in such a way that they can help organizations sustain rapid performance growth. In addition to this, cloud computing is supported by features to meet the needs of real-time analytics and mobility management applications. Here is the significance of cloud computing in IoT: 1) Strict security: Many companies are concerned about securing IoT. They have an astrological fear in their mind that it may impact the security of their network, which may also result in a decline in business. By partnering with a reliable cloud security service provider, they can put an end to all these worries. Organizations can protect and segregate their information and datasets across different devices and IT architectures, connected from different geographic locations. Most providers follow a layered security model to protect your network, data, and other critical business applications from unwarranted issues. These vendors have cutting-edge technologies to prevent catastrophic situations.2) Greater scalability: Aside from security, it is a complex issue for many companies to predict how much compute and storage capacity they will need to handle explosive data growth, brought from a plethora of connected devices. Here the cloud has something to offer. The cloud computing model is extremely scalable, when compared to traditional computing models. With its on-demand resource provisioning feature, it enables businesses to meet the growing influx of data and connected devices, timely, without showing any lag in performance. Simply put, IT departments can easily adapt their storage capacity, when and where required. This, in turn, reduces over-provisioning of resources and saves valuable time and resources. Not to forget, processing and storage capacity can be added at any time from anywhere in the world. 3) Network Reliability: Today, for many forward-thinking organizations, network infrastructure management is the top priority. To manage.