Prior authorization is when a healthcare provider asks an insurance company for approval before giving a service or medication. Benefits verification means checking a patient’s insurance to see what is covered for specific medical treatments or prescriptions. These processes take a lot of work and often cause delays:
Because these tasks are complicated and time-consuming, healthcare managers and IT workers want to find ways to automate the work. They want to spend less time on phone calls, reduce errors, and help patients get care faster.
AI phone agents are computer programs that can handle phone calls, process data, and help manage tasks by working with CRM systems like Salesforce Health Cloud or HubSpot. CRM systems keep patient information organized, track communication, and support office tasks.
When AI agents connect to CRMs, they can make routine phone calls to check insurance and get prior authorizations. These agents work all day and night, handle information right away, and update patient records inside the CRM without needing staff to do it manually. This way, care teams always have the latest insurance and authorization info within their tools.
Using AI agents for many phone calls and data entry cuts down mistakes and speeds up responses. Integration can happen easily using APIs or simple connectors and does not disrupt current computer systems. Many AI agents are taught medical words like “copay,” “prior authorization,” and “formulary exceptions,” so they keep conversations relevant and follow healthcare rules.
One big advantage of linking AI agents with healthcare CRMs is creating automated workflows. This lowers manual work and helps manage tasks smoothly. These improvements affect many office and clinical activities:
Infinitus AI agents automate complex administrative phone-based healthcare tasks such as verifying coverage for drugs, pharmacy, and medical benefits, prior authorization status, and follow-up calls. This reduces staff burnout and accelerates care timelines for patients.
They launch directly from Salesforce platforms like Health Cloud and Life Sciences Cloud through MuleSoft connectors and Agentforce, allowing seamless automation of routine administrative phone calls without disrupting existing workflows.
Key use cases include verifying medical and pharmacy benefits, checking prior authorization and appeals status, and following up on product coverage and formulary exceptions with payors.
By automating routine calls and providing near real-time updates on benefits and coverage, these AI agents reduce human workload, improve response times, and minimize patient wait times, thus enhancing satisfaction and operational efficiency.
FastTrackTM initiates calls to payors and enables users to bypass Interactive Voice Response (IVR) systems and hold times, saving valuable time and improving access to information compared to conventional IVR phone systems.
Infinitus combines multimodal AI, a proprietary knowledge graph, discrete action spaces, and human-in-the-loop guardrails, which collectively ensure safe, accurate, and compliant handling of sensitive healthcare data during AI-driven conversations.
Infinitus is a trusted solutions partner to 44% of Fortune 50 healthcare companies and works with consulting partners such as Accenture, Slalom, and ZS to serve a broad range of healthcare and life sciences customers.
AI agents offer personalized, intelligent handling of complex tasks without frustrating menus and delays typical of IVRs, resulting in faster verifications, fewer errors, higher scalability, and improved patient and staff engagement.
The partnership enables automated verification of medical and pharmacy benefits, prior authorization checks, and follow-up calls from within Salesforce, supporting bulk and individual transactions with real-time updating of patient records.
Electronic pharmacy benefits verification is currently available, with out-of-the-box medical benefits verification via clearinghouses and expanded Agentforce verification actions expected by October, allowing broader automation and integration at scale.