RPN

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RPC Application Field and Working Principle

RPC (Remote Procedure Call) is a type of technology that allows two computer systems to communicate over a network. It can be used to allow communication between any two networks, with some added features to increase security and reliability. In this article we will discuss the application fields and working principle of RPC.

Application Fields

RPC is used in a variety of applications, from business to scientific applications, and is widely used in a wide variety of areas. It is used in the development of distributed software applications, to facilitate communication between several computers. Further, RPC is used in networked gaming consoles, allowing gaming applications to be accessed remotely. It is also used to facilitate the sharing of data between two or more systems, with some added security measures.

Working Principle

RPC works by linking two computers over a network, allowing them to share both data and commands. One of the computers initiating the process is referred to as the client, while the other computer is referred to as the server. The client sends a request to the server, containing the parameters, the data needed, and the procedure to be called, over a secure connection. The server then runs the program and returns the data or results back to the client, completing the process.

Security

It is important to note that RPC is not usually used as a point-to-point communication protocol, due to its lack of encryption and authentication measures. As such, it is commonly used in conjunction with a secure communication protocol, such as HTTPS, to ensure secure communication and data transmission. Additionally, the use of a secure authentication system, such as public/private-key authentication system, further increases the security of an RPC-based system.

Conclusion

RPC is a powerful technology that has many uses, from business to scientific applications. It works by allowing two computers to communicate over a network, exchanging data and commands. While it is not usually used as a point-to-point communication protocol, its lack of encryption and authentication measures can be augmented with the use of a secure communication protocol. This, combined with a secure authentication system, provides an additional layer of security, ensuring the safe and secure transmission of data.

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