(IoT) and Cloud Computing :What Is Internet of Things ?

Cloud Computing is one component that helps the Internet of Things succeed. Cloud computing allows consumers to do computing activities utilizing Internet-based services. The combination of the(IoT) and Cloud Computing has become a catalyst: the Internet of Things and cloud computing are now linked. These are actual future technologies that will provide several benefits.


The difficulty of storing, processing, and accessing massive volumes of data has developed as a result of rapid technological advancement. The collaborative usage of Internet of Things and cloud technologies has resulted in significant innovation. Combining advanced processing of sensory data streams with new monitoring services will be possible. Sensor data, for example, can be uploaded and saved to the cloud for later use as intelligent monitoring and activation by other devices. The goal is to turn data into knowledge and use that knowledge to drive cost-effective and productive action.

Benefits And Functions of IoT Cloud:

Combining these services has numerous advantages –

  1. IoT Many communication choices are available with cloud computing, meaning extensive network access. People use a variety of devices to access cloud computing resources, including smartphones, tablets, and computers. This is convenient for users, but it raises the issue of network access points being required.
  2. On-demand IoT cloud computing is available to developers. In other words, it is an online service that can be accessed without the need for specific authorization or assistance. The only need is that you have access to the internet.
  3. Users can scale the service according to their needs based on the request. You can enlarge storage space, change software settings, and work with a larger number of people if you’re quick and adaptable. It is feasible to supply deep computational power and storage as a result of this feature.
  4. The term “cloud computing” refers to the pooling of resources. It encourages users to collaborate more and establishes tight bonds between them.
  5. Security problems are becoming more prevalent as the number of IoT devices and automation develops. Companies may rely on cloud solutions for reliable authentication and encryption protocols.
  6. Finally, IoT cloud computing is convenient since you receive exactly what you paid for. This means that rates fluctuate based on consumption: the provider keeps track of your usage data. To connect to the Internet and exchange data across network components, a developing network of objects with IP addresses is required.

It’s crucial to remember that cloud architecture must be well-designed because it affects reliability, security, cost, and performance. A secure environment and agile development can be achieved by using well-designed CI/CD pipelines, organized services, and sandboxed environments.

Comparison of Internet of Things and Cloud Computing:

The cloud is a centralized system that allows data and files to be transferred and delivered to data centers via the Internet. A centralized cloud system makes it simple to access a wide range of data and apps.

The Internet of Things (IoT) refers to Internet-connected gadgets. Data is kept in real-time, as well as historical data, in the Internet of Things. The Internet of Things can analyze and instruct devices to make better judgments, as well as track how specific tasks are carried out.

The transportation of data-to-data centers through the Internet is referred to as cloud computing. Cloud computing is divided into six categories by IBM:

  • PaaS (Platform as a Service) –

The cloud provides everything you need to build and distribute cloud applications, eliminating the need to manage and purchase equipment, software, and other resources.

  • Software as a Service (SaaS) –

In this situation, applications are hosted in the cloud, and third parties manage devices that connect to users’ PCs via a web browser.

  • Infrastructure as a Service (IaaS) –

IaaS is a service that provides businesses with storage, servers, networks, and data processing hubs tailored to their specific needs.

  • Public cloud –

Companies administer areas and provide users with instant access through the public network using the public cloud.

  • Private cloud –

A private cloud is similar to a public cloud, except that only one person has access to it, which could be an organization, a single corporation, or a single user.

  • Hybrid cloud —

Based on a private cloud, but with public cloud access.

The Internet of Things now refers to devices that are connected to the Internet. Everyday things, such as cars and household appliances, may have an Internet connection, and as the Internet of Things advances, this list will continue to grow.

Pairing with edge computing:

Data processing at the network edge, also known as edge computing, is employed with IoT systems and allows for faster processing and response times. Consider a large factory with numerous IoT sensors installed to gain a better grasp of how this works. In this case, it makes logical to aggregate data close to the border before sending it to the cloud for processing to avoid cloud saturation by decreasing direct connections.

This approach allows data centers to process data much more quickly. However, a solely edge-based approach would never provide a complete picture of corporate processes. If a cloud solution isn’t available, the factory can only control each device separately. It also has no method of imagining how these components interact with one another. As a result, organizations will only be able to benefit from IoT innovations if they combine the edge and the cloud.

The Role of Cloud Computing on the Internet of Things:

In collaboration with the Internet of Things, cloud computing helps to improve the efficiency of daily tasks. While the Internet of Things generates a massive amount of data, cloud computing is about providing a conduit for data to reach its destination.

There are six advantages to cloud computing, according to Amazon Web Services:

  1. There’s no need to make educated guesses about infrastructure capacity requirements.
  2. Saves money since you only pay for what you use; the larger the scale, the more money you save.
  3. Platforms may be deployed all over the world in a matter of minutes.
  4. Developers will benefit from the flexibility and speed with which resources are made available to them.

As a result, cloud computing’s function in IoT is to collaborate in order to store IoT data and provide easy access when needed. It’s worth noting that cloud computing makes it simple to transmit massive data packets generated by the Internet of Things across the Internet.


Finally, cloud computing combined with the Internet of Things will fundamentally alter humanity’s way of life, notably in terms of information management. Depending on the deployment strategy, the cloud is the sole technology that can analyze, store, and access IoT data. Cloud computing with an Internet connection is available on any device at any time due to the nature of on-demand information. Many businesses are discovering the benefits of hybrid cloud adoption and the need to use it. For a long time to come, cloud computing will continue to bring up new possibilities for the IoT.

The Internet of Things will be revolutionized by the three primary components of the cloud stated below:-

  1. Computer processing power
  2. Reliability
  3. Connectivity

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