ejabberd 22.10
This ejabberd 22.10 release includes six months of work, over 140 commits, including relevant improvements in MIX, MUC, SQL, and installers, and bug fixes as usual.
6 min readThe Blog
Deep dives on real-time messaging, open protocols, distributed systems, and the engineering decisions behind software that runs at scale.
This ejabberd 22.10 release includes six months of work, over 140 commits, including relevant improvements in MIX, MUC, SQL, and installers, and bug fixes as usual.
6 min read
ejabberd is already the most versatile and scalable messaging server. In this post, we are giving a sneak peak at what is coming next. ejabberd
2 min readToday, we are happy to announce our official Linux packages repository: a source of .deb and .rpm packages for ejabberd Community Server. This repository provides a new way for the community to install and upgrade ejabberd.
1 min read
A new ejabberd release is finally here! ejabberd 22.05 includes five months of work, 200 commits, including many improvements (MQTT, MUC, PubSub, …) and bug fixes.
9 min read
This new ejabberd 21.12 release comes after five months of work, contains more than one hundred changes, many of them are major improvements or features, and several bug fixes.
3 min read
This new ejabberd 21.07 release includes many improvements and bugfixes in more than 130 commits.
4 min read
Did you read our previous tutorial how to install ejabberd on Windows 10 using Docker Desktop? Do you have a Microsoft system older than Windows
5 min read
The new ejabberd 21.04 release includes many bugfixes and a few improvements. This release includes minor improvements to fully support Erlang/OTP 24 and Rebar3. At the same time, it maintains support back to the old Erlang/OTP 19.3 and Rebar2.
2 min read
Do you want to install ejabberd on your Windows 10 machine? Do you miss the binary installers for Windows? Don’t worry, you can install ejabberd on Windows 10 using Docker Desktop, and this tutorial guides you through the process.
5 min read
Publish–Subscribe is a messaging pattern where senders of messages, called publishers, do not send the messages directly to specific receivers, called subscribers. Instead, publishers
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