Openfire - Secure Self-Hosted XMPP Collaboration Server

AWS Streaming & Messaging

Openfire, a real time XMPP messaging server, ready to host chat and presence the moment it boots.

Base
Hardened build
minimal ports, security patches applied at build time
Access
Unique credentials
generated on first boot, readable only by root
Verified
Boots working
services pass a health gate before release
Support
24/7, 365 days
by email and live chat, 24 hour response SLA

Overview

Openfire is an open source real time collaboration server that implements the XMPP protocol for instant messaging, presence, and multi user group chat. Organisations use it to run private, self hosted messaging across desktop and mobile clients, administered through a friendly web console.

Why the cloudimg image

cloudimg delivers Openfire preconfigured and hardened so the messaging server and TLS fronted admin console are reachable straight after boot. The first run setup wizard is pre-completed, a unique admin credential is generated on first boot with no default login, the server database lives on a dedicated data volume, a step by step deploy guide is included, and 24/7 support is included.

Common uses

  • Self hosted instant messaging
  • Presence and group chat
  • XMPP infrastructure and federation

Key features

  • Prebuilt and secure in minutes: unlike a manual install that requires package setup, working through the unauthenticated first-run setup wizard, configuring a reverse proxy and TLS, and hardening credentials, this image completes every step at image creation time. The setup wizard is pre-completed so no open privileged surface ever ships, and you reach a working, authenticated admin console without editing a single configuration file.
  • Secure by default with unique credentials: every instance generates its own cryptographically random administrator password on first boot, so no two deployments share a credential. The admin console binds exclusively to the loopback interface and is reachable only through the nginx reverse proxy, fronted over HTTPS with a per-instance self-signed certificate, while the raw administration ports are never exposed and anonymous XMPP login is disabled.
  • Full featured XMPP collaboration server with dedicated storage and 24/7 support: instant messaging, presence, multi-user group chat, rosters, publish-subscribe and a rich plugin ecosystem, all managed from the web admin console, with client and federation ports served directly. The server database lives on a dedicated independently resizable data volume and the image is backed by 24/7 cloudimg technical support via email and chat.

See it running

Real screenshots taken while testing this image against its deployment guide.

Openfire - Secure Self-Hosted XMPP Collaboration Server screenshot 1 Openfire - Secure Self-Hosted XMPP Collaboration Server screenshot 2 Openfire - Secure Self-Hosted XMPP Collaboration Server screenshot 3 Openfire - Secure Self-Hosted XMPP Collaboration Server screenshot 4

Description

This is a repackaged open source software product wherein additional charges apply for cloudimg support services.

## Overview

Openfire is a mature, widely deployed open source XMPP (Jabber) real-time collaboration server. It delivers instant messaging, presence, multi-user group chat (MUC), rosters and publish-subscribe, all administered through a polished web admin console. This image gives you a private, self-hosted messaging server you run and control entirely in your own AWS account, delivered fully installed and secured so a working server is operational within minutes of launch.

## Why This Image vs a Manual Install

This image eliminates the manual package installation, first-run setup wizard, reverse-proxy and TLS configuration, and credential hardening a manual install requires. Openfire normally boots into an open, unauthenticated first-run setup wizard; this image pre-completes that wizard at build time so no privileged setup surface is ever exposed, and each instance generates its own administrator password on first boot. Launch the instance, read your unique credential, and sign in.

## Application Stack

Openfire is installed from the official upstream package and runs as an unprivileged system user under systemd. The web admin console is bound to the loopback interface only and fronted by an nginx reverse proxy on ports 80 and 443, with a self-signed TLS certificate regenerated uniquely on each instance's first boot. XMPP client-to-server traffic is served on ports 5222 and 5223 and server-to-server federation on port 5269. The server database lives on a dedicated data volume, independently resizable and separate from the OS disk.

## Security Hardening

This image follows a defence-in-depth approach:

  • No open setup wizard: Openfire's unauthenticated first-run setup wizard is pre-completed at build time, so no privileged setup surface ships in the image
  • No default or shared credentials: a cryptographically random administrator password is generated on each instance's first boot and written only to a root-only file
  • Console isolation: the admin console binds exclusively to the loopback interface; only the nginx reverse proxy is exposed, and the raw administration ports are never opened
  • TLS by default: the admin console is fronted over HTTPS with a per-instance self-signed certificate you can replace with your own trusted certificate
  • Anonymous login disabled: anonymous XMPP access is turned off; every account authenticates
  • Dedicated data volume: the server database lives on its own disk, surviving OS-disk changes and resizable independently

Buyers requiring formal compliance documentation should contact cloudimg to discuss specific requirements.

## Concrete Use Cases

  • Private team messaging: An organization running its own internal instant-messaging and presence service for staff, keeping all conversation data inside its own AWS account rather than a third-party SaaS chat provider
  • Federated community server: A community operator hosting group-chat rooms (MUC) and federating with other XMPP servers over server-to-server on port 5269 to build an interoperable messaging network
  • Application messaging backend: Developers using a standards-based XMPP server as the real-time messaging, presence and publish-subscribe backbone for a chat, IoT or notification application

## AWS Integration

Deploy on any EC2 instance type. Use the unauthenticated health endpoint with an Application Load Balancer for availability monitoring. Back up your server database using EBS snapshots or AWS Backup. Resize the dedicated data volume independently of the OS disk as your user base grows. XMPP client traffic uses ports 5222 and 5223; server-to-server federation uses port 5269.

## Getting Started

Read your credential from the root-only file, open the admin console in your browser, and sign in as admin. Create users and groups, provision MUC group-chat rooms, install plugins and connect any standard XMPP client. To serve a real public domain instead of localhost and install a trusted certificate, follow the user guide.

## cloudimg Support

24/7 technical support by email and chat. Help with deployment, serving your own domain, installing a trusted TLS certificate, user and group provisioning, plugins, federation and backup planning for your messaging data.

Related technologies

openfirexmppjabberchat serverinstant messagingpresencemucgroup chatcollaborationself-hosted