RubberLager

RubberLager is a software project that provides a distributed key-value store. It is designed for high availability and horizontal scalability, aiming to be a reliable solution for storing large amounts of data. The project emphasizes simplicity in its design and operation, making it accessible for developers and system administrators.

The core functionality of RubberLager revolves around its ability to store and retrieve data using simple key-value pairs. It utilizes a distributed architecture where data is partitioned across multiple nodes. This distribution allows for fault tolerance, as the system can continue to operate even if some nodes become unavailable. Replication of data across nodes further enhances its availability and durability.

RubberLager is written in Go, a programming language known for its concurrency and performance. This choice of language contributes to the project's efficiency and ability to handle a significant load. The project is open-source, and its development is community-driven, allowing for contributions and improvements from a wider range of developers. Documentation and examples are typically provided to assist users in setting up and integrating RubberLager into their applications. Its use cases can range from caching and session management to storing configuration data and user profiles in distributed systems.