Role of Cloud Computing
In the Role of Cloud Computing (IoT), devices, items, animals, and even humans are linked together via a network and given unique identifiers and the ability to send data over that network without the need for human-to-human or human-to-computer communication. Connected sensors, smart metres, embedded systems, mobile electronics, actuators, and other IoT components collect their surroundings and transmit them across domains to form an interconnected IoT.
Using cloud computing is a way to make it easy for people to have access to a shared pool of configurable computing resources that can be quickly provided and released with little administrative work or service provider involvement. There is a dynamically scalable capacity that can be used when needed. “Cloud” is usually thought of as a group of computer resources that are shared and made available through standard interfaces that hide the complexity and administration issues. Many people believe that cloud computing is a one-stop shop for all their computing needs.
What is a Role of Cloud Computing in the Internet of Things
Cloud computing has become increasingly important in recent years because of its potential to improve business efficiency. According to Gartner Inc., the worldwide public cloud market was $13.7 billion in 2014, up from only $1.3 billion in 2009. According to Forrester Research, the market is expected to grow at a compound annual growth rate of more than 30% between 2015 and 2020.
Advantages Role of Cloud Computing in the Internet of Things (IOT)
Cloud Computing brings numerous advantages like cost savings, flexibility, scalability, improved productivity, high availability, security, mobility, and many others. These benefits can help organizations cut down operational costs, increase revenue, and gain a competitive advantage.
• Cost Savings: Through adopting the cloud computing models, companies can save money on various aspects like hardware, software, power, cooling, and other expenses related to IT infrastructure.
• Flexibility: The cloud computing models provide great flexibility to businesses. If there is any technical issue, they can quickly fix it without worrying about the impact on the operations. This way, companies get the opportunity to focus on their core competencies instead of spending time on managing the IT systems.
• Scalability: With the advent of cloud computing, enterprises don’t need to invest vast amounts of money into buying new servers every time they want to expand their business. They pay for the amount of usage they consume.
• Improved Productivity: Since the businesses can take complete control of their own data centres, they can optimize them to meet their specific requirements. As a result, they will utilize all the unused resources within the data centre. This will give them an edge over their competitors.
• High Availability: One of the most significant advantages of the cloud computing models is that they provide high availability. If one component fails in a cloud computing-based architecture, another instance automatically takes care of the problem by shifting some workload to another server.
• Security: Cloud computing enables businesses to maintain strict security standards so that unauthorized people cannot steal sensitive information stored in the system.
Disadvantages of Cloud Computing
Several disadvantages are associated with cloud computing. Some of these drawbacks include:
o Data loss: If the data is not backed up properly, there is always the possibility of losing crucial information and documents.
o Increased Complexity: Most cloud computing solutions require complex networking setups. Therefore, if you do not have knowledge in this area, it might prove quite difficult for you to implement such systems.
o Lack of Control: Most cloud services are provided through third-party vendors. So, you don’t have complete control over your data.
o Time Consuming: Cloud computing requires a lot of time to configure and deploy. Moreover, the implementation process can take weeks or months.
o Difficulties in Retrieving Information: Some cloud services store data in different locations. And, sometimes, the retrieval of information becomes quite tricky.
IOT and Cloud Computing for Future Internet
The concept of IoT has been around for a long. However, its popularity surged after the advent of cloud computing. The integration of these two concepts made it possible for us to connect our home appliances seamlessly and make them work together efficiently. Nowadays, we find many intelligent homes equipped with multiple devices such as thermostats, lights, air conditioners, refrigerators, etc. The development of IoT technology has paved the path for the future Internet. It is expected that the number of Internet users will increase drastically in the years to come. These users will expect the same convenience when using the web and applications. The future Internet needs to support efficient connectivity and real-time processing capabilities to cater to this demand. To achieve this goal, IoT and cloud computing must be integrated closely. We need to develop a way to transmit data from sensors and machines to servers quickly and securely. In addition, the communication infrastructure should allow the transfer of large amounts of data.
Providing Infrastructure
IOT in the cloud offers public cloud services like storage space, bandwidth, computing power, and databases. These services are available on-demand without any upfront payment. This drives it a perfect option for small startups and medium enterprises. On the other hand, private clouds provide similar services but only to their clients. Therefore, they charge a fee for every service provided and are more expensive than public clouds.
Rise of IOT and Role of Cloud Computing
With the rise of IoT and cloud computing, we will see a significant change in the way we do business. We will monitor various aspects of our lifestyle and make smarter decisions about our daily routine. All this will happen with the help of IoT and cloud computing. As you can see, it is not just a matter of connecting appliances but also involves collecting relevant data and analyzing it.
In the Internet of Things (IoT), devices, items, animals, and even humans are linked together via a network and given unique identifiers and the ability to send data over that network without the need for human-to-human or human-to-computer communication. Connected sensors, smart metres, embedded systems, mobile electronics, actuators, and other IoT components collect their surroundings and transmit them across domains to form an interconnected IoT.
Conclusion
Using cloud computing is a way to make it easy for people to have access to a shared pool of configurable computing resources that can be quickly provided and released with little administrative work or service provider involvement. There is a dynamically scalable capacity that can be used when needed. “Cloud” is usually thought of as a group of computer resources that are shared and made available through standard interfaces that hide the complexity and administration issues. Many people believe that cloud computing is a one-stop shop for all their computing needs.