IoT has been able to make a number of improvements in the way we interact with the internet. The changes have been able to make some positive impacts in diverse ways. The changes have been evident from the fact that we are able to use IoT with more confidence.

However, these changes have been possible due to the implementation of things like P2P networks. It has advantages that enable it to make IoT better suited for modern times. So, in this article, we will try to look at some of those advantages.

The traditional Cloud-based IoT model

In the case of the traditional model, there is a centralized network. In this network, devices are connected to a central control the data is also controlled by a central authority. So, if the network is compromised then there is a threat to the data. Also, the data flow is affected. So, this network is not preferred today.

Additionally, such issues can result in several other problems. The prominent one is latency. In these cases, data can take a lot of time to get processed. For that, it will have to go and come back from the main server. So, it can affect the scalability and expansion of the IoT networks.

Introduction to decentralized IoT with P2P network

It is a system in which a network is not governed by a central authority. It helps in keeping the data safe from Cyber-attacks. Also, it enhances the efficiency of the network. If one device malfunctions, then the network keeps running. The devices act as both server and client. So, they can receive and transmit data. Thus, it enhances communication speed.

Advantages of P2P network in IoT

There are a number of options that can make the P2P network a great innovation. It aids in keeping the data safe. Then, it also reduces latency in the network. It is because data are hosted on every device. So, if one fails, then the rest of the network remains unaffected.

In addition, scalability is improved. This is possible due to the fact that the addition or removal of a device will not affect rest often network. Also, the dependency on the cloud is reduce. It is because data is being hosted at every node. So, data transmission is faster and operational cost is less.

Reliability is also improved in an IoT network. It is because the failure of a device is not affecting the network. Thus, it enhances the fault tolerance of the network. It is helpful in sectors like healthcare and transportation.

Edge computing and P2P integration

Another advantage of P2P networks is the assistance of edge computing. In this case, it enables the processing of data near the source. Then, it allows the data to take less time in transmission. Thus, it helps in getting results in a short interval. This makes real-time decision-making quicker. It is highly beneficial in sectors like healthcare, where several monitoring devices send real-time data.

So, these are some of the points that depict the significance of an IoT P2P network. So, you can use such implementation to make your own Raspberry Pi P2P network. Also, you can try such changes in your IoT VPC network, to make them more efficient.

Thus, your IoT VPC or Raspberry Pi VPC can become a better network in the long run. Finally, new innovations like these will keep changing the IoT world for our betterment in the future.