Open Source Project


Gobetween is a modern, minimalist load balancer and reverse proxy for the cloud era.


Gobetween stands as a contemporary solution tailored for the challenges of distributing network traffic in cloud-based infrastructures. Developed using the Go programming language, known for its efficiency and concurrency capabilities, Gobetween is engineered to serve as both a load balancer and a reverse proxy. The core objective of this tool is to facilitate the smooth distribution of incoming network traffic across a pool of servers, ensuring that no single server bears too much load, which can be crucial for maintaining the responsiveness and reliability of web applications or services.

The design philosophy of Gobetween emphasizes minimalism, striving to offer essential functionalities without the overhead that often comes with more complex systems. This makes it particularly appealing for modern cloud deployments, where flexibility, efficiency, and performance are key. Among its notable features, Gobetween incorporates service discovery, which allows it to dynamically identify and interact with services within the network. This is particularly useful in cloud environments where services can frequently change due to scaling operations or updates.

Health checking is another critical feature, enabling Gobetween to monitor the status of the servers it distributes traffic to. This ensures that only healthy servers receive traffic, thereby increasing the overall reliability of the service. SSL termination, another integral feature, allows Gobetween to handle encrypted traffic, which is a common requirement for secure communications over the internet. By managing SSL at the load balancer level, it simplifies the configuration and management of SSL across the server fleet, providing a centralized point for managing encryption and decryption.

Gobetween’s focus on simplicity and performance, coupled with its specific feature set, positions it as an attractive option for developers and organizations looking to scale their applications in cloud environments efficiently. Its ability to adapt to the dynamic nature of cloud services, along with its lightweight footprint, makes it a valuable tool in the modern software stack for managing distributed network traffic.

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