Matrix
The most widely adopted decentralized open communication protocol, using a federated architecture that enables message exchange across different servers. Its reference client, Element, has millions of active users, and the protocol has been adopted by several European government agencies.
Timeline (last 90 days)
More reliable alternatives for stably running similar functionality in production environments include the WhatsApp Business Cloud API, Telegram Bot API, or the Matrix protocol
Matrix servers exchange events via the Federation API and maintain distributed copies of room state.
Matrix emphasizes feature completeness and end-to-end encryption, but the protocol is complex and server resource consumption is high.
The Matrix protocol (the open standard behind Element) has been actively participating in technical discussions on DMA interoperability.
Matrix 协议使用有向无环图（DAG）结构记录事件历史，实现多个 homeserver 之间的最终一致性，允许不同服务器互相通信
去中心化存在从完全去中心化到联邦式再到中心化的设计光谱，联邦式架构（如 Matrix、电子邮件、XMPP）是保留运维简便性与互操作性的务实折中
Matrix 协议使用有向无环图（DAG）结构来记录事件历史，从而实现多个 homeserver 之间的最终一致性
All Facts (8)
Matrix is currently the most influential decentralized communication protocol, adopting a federated architecture that allows messages to be exchanged between different servers.
60%UnverifiedMore reliable alternatives for stably running similar functionality in production environments include the WhatsApp Business Cloud API, Telegram Bot API, or the Matrix protocol
50%UnverifiedMatrix servers exchange events via the Federation API and maintain distributed copies of room state.
50%UnverifiedMatrix emphasizes feature completeness and end-to-end encryption, but the protocol is complex and server resource consumption is high.
50%UnverifiedThe Matrix protocol (the open standard behind Element) has been actively participating in technical discussions on DMA interoperability.
50%UnverifiedMatrix 协议使用有向无环图（DAG）结构记录事件历史，实现多个 homeserver 之间的最终一致性，允许不同服务器互相通信
50%Unverified去中心化存在从完全去中心化到联邦式再到中心化的设计光谱，联邦式架构（如 Matrix、电子邮件、XMPP）是保留运维简便性与互操作性的务实折中
50%UnverifiedMatrix 协议使用有向无环图（DAG）结构来记录事件历史，从而实现多个 homeserver 之间的最终一致性
50%