Creating a Transport Layer Security (TLS) Connection between Vodia and Telnyx
Published on:
June 30, 2023
This comprehensive guide outlines the setup of a secure Transport Layer Security (TLS) connection between Vodia and Telnyx, emphasizing the crucial aspects of data confidentiality and integrity. By following the steps provided, users can establish a secure SIP trunk connection. This TLS connection guarantees encrypted and secure communication, enhancing data protection and privacy for your business.
In this blog we guide you through the process of setting up a TLS connection between Vodia and Telnyx. TLS provides secure communication over the Internet, ensuring the confidentiality and integrity of data exchanged between the two systems; by following the stops below, you can establish a secure connection for your SIP trunk.
Connecting with Telnyx
Create a SIP registration connection in Telnyx.
Step 1: Connecting with Telnyx
Create a SIP registration connection in Telnyx.
Choose "Registration" as the type, then copy your SIP password.
The SIP password will be required when setting up the SIP trunk on the Vodia phone system.
Save and finish the registration.
Edit the connection and enable Secure Real-Time Transport Protocol (SRTP) under "Encrypted Media".
Save the configuration.
Note: Outbound settings already utilize SRTP settings from the inbound settings.
Step 2: Configuring the Vodia Phone System
Navigate to the SIP trunk to create your Telnyx connection in the Vodia phone system.
Click on "Add" and select "Telnyx."
Enter your Telnyx SIP account details: • Name: Provide a name for your trunk. • Password: Enter your Telnyx SIP credentials. • User: Enter your Telnyx user account. • DID: If applicable, enter your Direct Inward Dialing (DID) number. • Save the configuration.
Configure TLS under "Proxy Address" by using the following example: Proxy Address: sip:sip.telnyx.com;transport=tls
Navigate to the SIP trunk to create your Telnyx connection: Click on “Add” and select "Telnyx."
Configure the TLS under "Proxy Address" by using the following example:
Proxy Address: sip:sip.telnyx.com;transport=tls
Step 3: Caller ID and Phone Numbers
To define the Caller ID used when making calls from the Vodia system, follow these steps:
Define the FROM headers and Remote Party ID under the SIP caller-ID presentation: • Choose "custom headers" from your Telnyx SIP trunk. • You can set up the Domain ANI in the Tenant general settings under "dom_settings.htm". • Alternatively, you can set up an ANI on the extension and instruct the header to use "Extension ANI".
By following the above steps, you can establish a TLS connection between Vodia and Telnyx, ensuring secure and encrypted communication for your SIP trunk; this added layer of security helps protect your data and ensures the privacy of your calls. Implementing TLS is a crucial step in maintaining a secure communication infrastructure for your business.
Eric Altman joins Doug Green on the Technology Reseller News podcast to discuss Vodia V70 and the latest innovations in business communications. The conversation covers the redesigned admin portal, centralized remote provisioning, AI voice agents for inbound and outbound call handling, and upcoming additions such as Vodia Monitor and Vodia Analytics. Eric also explains how V70 helps enterprises, SMBs, and service providers build more scalable, flexible, and intelligent communication environments across both cloud and on-premise deployments.
V70 of the Vodia PBX introduces flexible service flags that help organizations automate call routing, scheduling, queue management, announcements, and communication workflows throughout the day. Service flags can be configured manually or automatically to control how calls are handled during business hours, after hours, holidays, or special events. They can also be chained together for more advanced routing logic and integrated with external calendars such as Google Calendar to support dynamic scheduling and operational flexibility across business environments.
Business communication systems have evolved rapidly, but many organizations are still dealing with fragmented tools, limited visibility, and growing operational complexity. As more platforms and channels are added, clarity often decreases, making it harder to manage workflows, respond in real time, and maintain control. A modern approach requires consolidating systems, improving visibility, and reducing noise to create a more efficient and manageable communication environment.