Nick Avossa showcases how AbbaDox pairs automated inbound-fax indexing with conversational Voice AI to speed up healthcare workflows.
In this short RSNA 2024 session, Nick showcases:

Nick Avossa walks through the full conversation.
Inbound faxes have to be read, classified, and matched to the right patient by hand before an order can move forward, which delays scheduling and adds work for staff.
Routine outbound calls, reminders, confirmations, and scheduling, also consume staff time throughout the day.
This RSNA 2024 session showcases AI solutions aimed at both sides of that workflow.
In this short session, Nick Avossa showcases an inbound-fax workflow that automates document indexing together with Voice AI for patient communication.
The goal is to remove manual steps from intake while giving patients a natural way to handle scheduling and reminders.
Throughout that whole process of me indexing this fax, I didn’t have to touch my keyboard once.
Director of Solutions Engineering at AbbaDox.
“Everybody talks about the positives. What comes to mind first is the high failure rates.”
Nick opens with the objection rather than the pitch, which is the right way round for an operations audience. The work these two do is unglamorous and specific: the inbound-fax workflow extracts patient and order details so a person is not reading a fax to find which Dr Chen sent it, orders move with fewer manual touches, and Voice AI takes scheduling and prep calls conversationally. Narrow problems, done reliably, not a general-purpose assistant.
The session pairs document automation with conversational AI.




Teams spend less time on repetitive fax + Voice AI tasks and more time on patient care.
Work moves through the center with fewer delays and cleaner handoffs.
Staff and patients feel the difference when the workflow just works.
Grow, adapt, and add locations without being forced into disconnected systems and fragile workarounds.
Explore how AbbaDox pairs automated fax indexing with conversational Voice AI to streamline intake and scheduling.