AT&T IP Flexible Reach is a SIP trunking service that provides integrated access for both IP and TDM PBX environments. It consolidates voice and data services, simplifying operations and potentially reducing costs. When paired with the Vodia IOP PBX, this integration allows seamless management of SIP trunks, including features like fax over email or connecting traditional fax devices with an FXS adapter. To configure, you’ll need the IP Flex service with "SIP handoff" for direct SIP call routing. With Vodia's SIP trunk template, setting up AT&T Flexible Reach is streamlined, matching DID numbers to extensions or hunt groups by default, making it ideal for businesses seeking reliability and ease of use.
AT&T IP Flexible Reach is a Session Initiation Protocol (SIP) trunking service that delivers integrated access for IP PBX, TDM PBX or Key System environments. It provides potential total cost benefits through the consolidation of voice and data – one provider, single transport and management options.
You can easily configure these services with the Vodia IOP PBX server and provide dial tone to all your SIP desktop phones. You can connect fax using an FXS SIP device, or let the Vodia IOP PBX deliver the fax straight to your customer via email.
When ordering the SIP service, it's important you get the IP Flex service with “SIP handoff” - this means inbound and outbound phone calls will be delivered directly via SIP and not over analog lines or PRI.
Flexible Reach SIP Trunk is now part of the Vodia SIP Trunk template. Once you have configured AT&T, log in to your Vodia IOP device, navigate to your domain and scroll down to Trunks. Click create and select AT&T.
Enter the AT&T’s IP Flexible Reach
Name: AT&T
Enter the AT&T’s IP Flexible Reach IP address in the Domain
By default, Vodia will send any incoming call to the DID number programmed to its respective extension, hunt group, ring group or IVR account (e.g., Auto-Attendant) and distribute that inbound call to a specific account when the caller presses a digit to make a choice. The Vodia AT&T template does a good job of matching the correct DID number by default, which makes it a great option for integrators looking for an easy, reliable solution.
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.
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!
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.