Installing Vodia PBX on a Linux platform is easy and supports various distributions like CentOS, Debian, FreeBSD and Raspberry Pi. Before starting, ensure standard HTTP ports (80 and 443) are free, or edit the installation script to assign different ports. The installation requires public Internet access for initial license activation. After logging in as a system administrator, download and run the appropriate install script for your OS. Ensure proper firewall configurations to access the PBX web interface. Once installed, management can be done through command line and web interface, allowing for straightforward updates and service management.
Installing Vodia PBX on a Linux platform is easy. This article shows you how straightforward the process is. Currently, Vodia supports the following Linux flavors in 32bit and 64bit
In many installations, there is a service running on the standard HTTP ports (80 and 443). If you wish to continue running the service on the host, you need to assign different ports to the PBX. You can do this by editing the script /etc/init.d/pbx and adding "--http-port x" and "--https-port y" the OPTIONS variable.
The PBX needs to have access to the public Internet (https://vodia.com) for the activation of the license key and for installing software updates. After the PBX has been activated and is operative, this connection isn't required anymore.
Installation
To start the installation, you need to be logged in as a system administrator to a shell (typically bash).
Download and run the install script for your operating system. Before running the install script, edit the install script and read the comments. You may choose to install different languages and make other modifications to the installation script that fit your purpose.
If you need to write a pidfile, you may do so by editing the OPTIONS variable in the installation script. You need to add "--pidfile <filename>" to the list of options.
The script will automatically figure out if you need to install 32- or 64-bit versions.
Please note you will have to configure your firewall (iptables). On CentOS6.3 and above, we needed to change the iptables setup; in Debian6 it worked without changes. Otherwise, you won't be able to access the web interface of the PBX and register phones.
Follow the directions after the .sh script has been initiated.
Useful Commands
After the installation you can check if the PBX is running using the following command:
ps -C pbxctrl
You can restart the service using the following command:
/etc/init.d/pbx restart
Software Updates
Once the service is installed, you can update the software through the web interface. The procedure is the same for all operating systems. It's important the executable has the name "pbxctrl" and can be moved and deleted by the PBX process.
Uninstalling the Software
You can uninstall the software by deleting the working directory of the PBX (usually /usr/local/pbx) and by deleting the script pbx in the /etc/init.d directory.
Installing Linux's Version of Vodia's IP PBX on Amazon Web Service (AWS) Instance
Vodia's IP PBX is now compatible and ready to install on the AWS server for the IP PBX server running a Linux/Unix Operating system. The step-by-step installation procedure, configuring the firewall, the IP Routing list setup (for two way audio fluency) and adding the license and getting the PBX ready to go has been explained in great detail in the following video tutorial:
Although many consider fax outdated, it continues to play a crucial role in sectors where compliance, confidentiality, and legal proof of delivery are non-negotiable. Healthcare providers rely on fax to meet HIPAA requirements, while industries such as finance, law, and real estate depend on it for contracts and documents that require signatures or legally verifiable transmission. Unlike email, fax offers confirmation reports that serve as proof of receipt, along with time-stamped records that hold up in legal proceedings. With Vodia’s PBX, digital fax becomes faster, easier, and more accessible than ever before, enabling users to drag and drop documents, monitor transmission progress, and receive immediate confirmations.
Vodia PBX now supports SAML integration, offering a secure and standards-based method for enterprise users to access their phone system through single sign-on. SAML, or Security Assertion Markup Language, allows employees to authenticate in one system and access other systems without managing multiple passwords, improving both security and user experience. By exchanging digitally signed SAML Assertions between Identity Providers and Service Providers, Vodia ensures seamless authentication across internal and external applications. With this integration, IT teams can simplify user management, reduce login complexity, and maintain strong security controls for business communications.
Digital communication is now woven into daily school life, from classroom platforms to how parents and teachers connect. Vodia Smart School takes this further with a VoIP-powered system that provides fast, secure, and documented communication for consent forms, sick notes, and routine notifications. In urgent situations, it enables automated alerts to staff, parents, and first responders, ensuring rapid responses when time is critical. Fully GDPR-compliant and offering features such as caller ID masking, MS Teams integration, and control of bells, announcements, and school systems, Smart School gives schools a modern, reliable alternative to legacy systems while improving both safety and everyday operations.
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