Remote Methode Call

Remote Method Call (RPC) is a protocol that allows a program to execute procedures on a remote server or service over a network, as if they were locally invoked.

Manfred Morgner's Remote Method Call (M2M-RPC) is an implementation of the RPC protocol designed specifically for machine-to-machine communication in distributed systems.

The key features of M2M-RPC include simplicity, scalability, fault tolerance, and support for various programming languages and platforms.

M2M-RPC enables distributed systems to communicate by allowing programs running on different devices or servers to invoke methods or functions on remote services transparently.

Some advantages of using M2M-RPC include modular application design, code reusability, efficient resource utilization, and improved system performance.

Yes, M2M-RPC is designed to be platform-independent, which means it can be used with different operating systems, programming languages, and hardware architectures.

Yes, M2M-RPC supports bi-directional communication where both the client and server can invoke methods or exchange data with each other.

M2M-RPC provides mechanisms to handle errors and exceptions, allowing for graceful error recovery and fault tolerance in distributed systems.

Yes, M2M-RPC can be used for inter-process communication within a single machine, enabling modular and loosely coupled application architectures.

The security of M2M-RPC depends on the implementation and underlying protocols used. It can be secured by implementing authentication, encryption, and other security measures.