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Project Overview 

The Intelligent Insurance Verification & Authorization System is a dual-path automation framework designed to eliminate the administrative bottlenecks associated with patient intake and durable medical equipment (DME) procurement. By transitioning Patient Service Representatives (PSRs) from manual data entry to "Human-in-the-Loop" decision-makers, the system addresses the high burnout and 30–90 minute hold times currently inherent in healthcare logistics. 

Methodology & Technical Architecture 

The solution employs two distinct automated workflows to ensure 100% payer coverage: 

• Front-End/Computer using agent Automation (The "Portal Bot"): Utilizes AI-driven Chromium agents to navigate legacy insurance portals, bypass MFA, and scrape data similarly to a human user. 

• Has different modes; when the agent takes over, this is called watch. When the human takes back over it is called human in the loop 

• Back-End/Intelligent data extraction Automation (The "Direct Link"): Employs API-based integration for instantaneous, high-speed data exchange with major insurance carriers. 

These pathways feed into a specialized Prior Authorization (PA) Engine that maps complex HCPCS prosthetic codes and performs "Same & Similar" checks to prevent claim denials. 

Key Features & Constraints 

The system automates eligibility verification, deductible calculations, and 24/7 status tracking of authorizations. To maintain clinical integrity, the system is strictly administrative: it does not exercise medical judgment or replace the final decision-making authority of clinical staff. It identifies "Decision Points" where human empathy or complex judgment is required, such as denied authorizations or direct patient counseling. 

Expected Impact 

Implementation is projected to reduce administrative wait times from hours to secs and eliminate manual portal navigation. By automating the "Wait State" of insurance logistics, the clinic can ensure "clean claim" billing, reduce human error in coding, and allow staff to refocus on patient advocacy and fabrication management.