Commonly targeted as BitQQQ technology, peer to peer network is a decentralized network communication model. It comprises various devices or nodes, which will collectively store and share the files where every node acts as an individual peer. In this current network, P2P communication is covered without any central administrator or server. It means that all the nodes over here will have equal power and will perform the same tasks. Read more about
- The current P2P architecture is highly suitable for multiple use cases and will be well-segmented under structured, unstructured, and hybrid peer-to-peer networks.
- The unstructured network is formed randomly by nodes connecting to one another.
- Within the structured peer-to-peer systems, the nodes will remain organized. Every node is likely to search the network efficiently for getting hands on the desired data.
- The hybrid models are a perfect combination of client-server models and the P2P structure. When compared to the structured or unstructured versions, these networks will have an improved overall performance rate.
Right now, you can target P2P networks to be a strong base for the crypto world. So, the P2P networks are known to make the most out of the blockchain industry over here. In case you want to learn more about blockchain technology and how it works, we will be a great point for you to consider right now.
Functioning of P2P networks:
There is no central in the P2P networks. In its place, all the nodes remain connected to each other. A mesh network with the help of a flat topology will help in connecting all the network modes and there won’t be any hierarchy.
- The P2P networks give and consume services simultaneously as motivation for some participation.
- All these steps will lead to open, robust and decentralized services at its original nature.
- Each one of the nodes within the network will serve as client and server to other nodes within the network. That will make P2P networks distinct than some of the traditional server and client set-ups.
- In client-serve section, you will always see a central server from where the clients get to download their needful files.
- On the other hand, within the decentralized setup of the P2P networks, every node will act as a server that will download the files and share them with other nodes.
- A node might perform both sharing and receiving functions at the same time. It gives rise to network’s speed, efficiency and security.
- For the new peers to join the network to readily locate other peers to connect to, P2P architecture will function well if there are multiple active peers available within the network.
- It is vital that there are enough peers left to the said network for picking up the slack in case a significant amount leaves.
There are overall few resources available when there are few peers left. You have P2P file sharing application for a change. Here, a file will be downloaded quickly when it gets popular. It means more peers are sharing the files.
The pros and cons to follow:
Before you proceed further with P2P networks, there are some pros and cons to work on. Learning about the network is important if you want to get the task going well. For that, make sure to follow the below mentioned points-
- As blockchain is one decentralized system of the P2P network, it is always available because of the decentralized nature.
- The distributed P2P network can get paired with most of the consensus needs. That provides blockchain with higher resistance to all kinds of malicious activities.
- These networks remain highly immune to the DoS attacks.
- The P2P networks will present greater security, when compared to the traditional server client systems.
Conclusion
Besides these aforementioned points, note that there are some downsides to P2P networks as well. Instead of central server, the distributed ledgers need to be updated on single node and adding transactions need some computational power. But, in the end, the advantages of P2P networks are way bigger than the basic concerns. So, there is a booming demand of P2P networks these days.
