GitHub - lasp-lang/partisan: High-performance, high-scalability distributed computing for the BEAM.
Partisan is a scalable and flexible, TCP-based membership system and distribution layer for the BEAM. It bypasses the use of Distributed Erlang for manual connection management via TCP, and has several pluggable backends for different deployment scenarios. Partisan is a runtime system that enables greater scalability and reduced latency for distributed actor applications. Partisan improves scalabi
Planetary Scale Applications
How does Lasp provide support for planetary scale applications? Lasp is composed of a group of Erlang libraries, that work together, to provide services for the development of planetary scale applications. This is achieved through a set of components that have been designed to work together to provide a comprehensive solution for future Elixir and Erlang applications: large-scale, and geo-distribu
Erlang Distribution over TLS — ssl v11.2
View Source Erlang Distribution over TLS This section describes how the Erlang distribution can use TLS to get extra verification and security. The Erlang distribution can in theory use almost any connection-based protocol as bearer. However, a module that implements the protocol-specific parts of the connection setup is needed. The default distribution module is inet_tcp_dist in the Kernel applic
Distribution Protocol — erts v15.0
View Source Distribution Protocol This description is far from complete. It will be updated if the protocol is updated. However, the protocols, both from Erlang nodes to the Erlang Port Mapper Daemon (EPMD) and between Erlang nodes are stable since many years. The distribution protocol can be divided into four parts: Low-level socket connection (1)Handshake, interchange node name, and authenticate
External Term Format — erts v15.0
View Source External Term Format Introduction The external term format is mainly used in the distribution mechanism of Erlang. As Erlang has a fixed number of types, there is no need for a programmer to define a specification for the external format used within some application. All Erlang terms have an external representation and the interpretation of the different terms is application-specific.
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How to Implement an Alternative Carrier for the Erlang Distribution — erts v15.0
C Nodes — Erlang System Documentation v27.0
