Tech

Different IP Addresses for Failover

Published on:

December 5, 2014

Failover is an important feature for most PBX installations. With the availability of high-bandwidth wireless like 4G it becomes more and more popular to use the wireless connection when the primary land-line based internet access becomes unavailable.

Failover is an important feature for most PBX installations. With the availability of high-bandwidth wireless like 4G it becomes more and more popular to use the wireless connection when the primary land-line based internet access becomes unavailable.

We have for a long time the possibility to run the PBX in the LAN, replacing the local IP address with publicly routable IP addresses. The IP replacement list was already a topic of many forum discussions.

However when it comes to dynamically switching the presented IP address in the case of a failover, we were in trouble. In theory, it would be possible to run a script that tests for the public IP address and then uses the REST interface and change the routing table. However not everyone is a bash wizard and it would even require different scripts for the different operating systems.

This was the reason why we went ahead and added a new feature that takes the URL for probing the public IP address of the PBX and a interval time value. The PBX will then periodically download the URL and set the public IP address of the PBX accordingly. The public IP address can be referenced with the magic name “public” in the routing list, like this:

192.168.0.0/255.255.0.0/192.168.1.1 0.0.0.0/0.0.0.0/public

Then the PBX would present 192.168.1.1 in the LAN and whatever-is-the-public-address in all other cases.

The PBX expects in the response from the web server a IP address in human readable format, or in JSON-format, where the object must contain a entry called “ip” (for example, see http://myjsonip.appspot.com/). It is possible to use public servers, but you also use your own servers obviously.

The failover will obviously take some time. The polling interval determines how fast the change is being detected. Obviously there is a tradeoff between polling (too) often and the time it takes to reflect the new address.

The new settings will be available right under the replacement list. It will be available in 5.2.5.

Derniers articles

Voir tous

Integrating OpenAI's Realtime API with Vodia PBX: Webinar Recording Now Available

In our recent webinar, "Integrate OpenAI’s Realtime API with Vodia PBX," we explored how integrating AI with your communication systems can revolutionize the way your business operates. From automating repetitive tasks to improving workflow efficiency, the webinar covered how the collaboration between Vodia PBX and OpenAI’s Realtime API can streamline operations, enhance collaboration - especially for Microsoft Teams users - and provide intelligent automation to stay ahead in a competitive landscape. If you missed the live session or want to revisit the insights, the recording is now available for you to access.

December 18, 2024

Unlock the Power of OpenAI’s Realtime API with Vodia PBX: Join Our Exclusive Webinar!

Join our exclusive webinar to explore how Vodia PBX seamlessly integrates with OpenAI’s Realtime API, unlocking powerful new capabilities for your communication systems. This session will showcase how AI-driven features can streamline workflows, improve operational efficiency and elevate the PBX experience for both general users and those on Microsoft Teams. Whether you’re looking to stay ahead of the competition or leverage the latest AI trends, this webinar offers practical knowledge and actionable strategies. Register now to secure your spot and take the first step toward transforming your telecom infrastructure with AI innovation!

December 4, 2024

Connecting to OpenAI Realtime API

This document details the beta version of the Vodia PBX that connects to the OpenAI realtime API, enabling users to interact with a chatbot via telephone. The backend JavaScript code facilitates the connection, handling audio input and output, and the WebSocket connection to the OpenAI API. The setup requires a Vodia PBX version 69.5.3 or higher, an API key, and a license with an IVR node. The demo can be accessed by editing the ivrnode.js template and creating an IVR node in the tenant. The system supports various VoIP devices and offers good voice quality. Future improvements include voice activity detection and the ability to take actions based on OpenAI responses.

November 26, 2024