What Is a Peer-to-Peer Network?October 7, 2019
The ability to share information and resources is a vital part of information technology. A peer-to-peer (P2P) network could help your business run more efficiently by improving connectivity and access to shared resources.
In this article, we discuss this network’s key advantages and features, then provide examples of P2P networks and jobs in which you might use one.
What is a peer-to-peer network?
A peer-to-peer network is an IT infrastructure in which two or more computer systems connect in order to share resources. Workplaces may set up this type of network by physically connecting computers into a linked system or creating a virtual network. You can also set up computers to be the clients and servers of their network.
Each device in the network is considered to be a peer with functions that contribute to the network. Each device in a P2P network shares a part of its resources with other networked computers. These resources can include storage, bandwidth and processing power. A P2P network is different from the client-server network that people have traditionally used in networking. A client-server network is a connection between a client computer and a server computer for the purpose of providing the client with resources. In this network type, the client does not contribute resources to the network.
Some major features of this network include:
Each device in a P2P network gives resources to the network and consumes resources that the network provides.
In a P2P network, files are shared between the different computers.
Being a part of a P2P network enables sharing equipment such as printers between the various devices in the network.
The setup of a peer-to-peer network requires specialized software.
Some P2P networks are formed by overlaying a virtual network on a physical network. The network uses the physical connection to transfer data while the virtual overlay allows the computers on the network to communicate with each other.
Key advantages of a P2P network
Due to its architecture, a P2P network can offer many advantages to its users, including:
Easy file sharing: An advanced P2P network can share files quickly over large distances.
Reduced costs: There is no need to invest in a separate computer for a server when setting up a P2P network.
Adaptability: P2P network extends to include new clients easily. This benefit makes these networks more flexible than client-server networks.
Reliability: Unlike a client-server network, which can fail if the central server malfunctions, a P2P network will likely remain functional even if the central server crashes.
High performance: While a client-server network performs less effectively when more clients join the network, a P2P network can improve its performance when more clients join it. This is due to the fact that each client in a P2P network is also a server that contributes resources to the network.
Efficiency: Emerging P2P networks enable collaboration between devices that have different resources that can benefit the whole network.
Tips for using a P2P network
Here are some tips to help you to use P2P networks safely and efficiently:
Secure your P2P network with network security solutions.
Develop an innovative policy that suits the decentralized architecture of the network to manage your data and applications.
Develop a cybersecurity policy and invest in network security to protect advanced networks that users create with P2P software as they can have software-based vulnerabilities. By taking these preventative actions, you can prevent remote exploits, which are attacks that take advantage of the vulnerabilities in electronic systems to deny services or spread malware.
Invest in high-quality P2P software which is more resilient to remote exploits to set up your network.
Check your network regularly for malware.
Examples of P2P networks
There are three basic levels of P2P networking. The basic level uses a universal serial bus (USB) to create a basic P2P network between two computer systems. The intermediate level requires using copper wires to connect a large number of computers. Finally, in an advanced P2P network, software establishes protocols that manage the direct connections between multiple devices over the internet.
You can use these levels to build the following types of network:
Unstructured P2P networks
Here are the basic details of unstructured networks:
- They are easy to build since devices can randomly connect to the network.
- Each device can make an equal contribution.
- The lack of structure can make it challenging for users to find rare content.
- They are resilient to high churn rates. Churn refers to the number of users joining and leaving the network.
Structured P2P networks
The software used to set up a structured P2P network organizes the virtual layer of the network into a specific structure. Here are the features of structured P2P networks:
While structured P2P networks are not as easy to build as unstructured networks, they offer users better access to rare content when compared to unstructured P2P networks.
Structured networks are less resilient to high churn rates when compared with unstructured networks.
Hybrid networks combine the features of a P2P network with the features of a client-server network. There are many varieties of hybrid networks. An example of a popular hybrid network is one that assists users in finding each other via a central server.
Jobs that use a P2P network
There are a number of jobs that could use a P2P network, such as:
National Average Salary: $10.73 per hour
Primary Duties: Sales associates sell their employer’s product or service to clients. They are tasked with developing and maintaining inventory control, communicating with customers, maintaining the client base, seeking new clients, working with sales teams and meeting sales goals. You can become a sales associate with a high school diploma or work experience, but some employers could require a bachelor’s degree in business or a related field.
National Average Salary: $26.60 per hour
Primary Duties: A videographer can operate cameras, use audio equipment and create videos. They are responsible for planning, filming and editing video content. While some employers may require a bachelor’s degree, you can often become a videographer with a high school diploma or work experience.
National Average Salary: $36.27 per hour
Primary Duties: Journalists create news content for news publishers and social media platforms. They are responsible for collecting information, working independently, handling interviews, using computer skills, writing news articles and delivering their reports on online, off-line and on-air platforms. Most employers require a bachelor’s degree in journalism or a related field as well as work experience.