Healthcare Automation

You finish updating a provider's specialty on Healthgrades, then realize you need to log into Zocdoc, Vitals, and four payer portals to make the same change. Each site has different login requirements, form fields, and validation rules, which means provider directory management automation can't just replay the same script everywhere. Traditional automation relies on CSS selectors that break the moment a site updates its interface, leaving you with more maintenance work than the manual updates yo

Prior authorization automation uses software to prepare, submit, and track requests for approval from health insurers. Before AI browser agents, teams automated this work through predefined rules, electronic connections between healthcare systems, and bots programmed to follow specific steps through payer portals. Those approaches reduced manual entry, but portal scripts often needed repairs when forms or page layouts changed and that's exactly what Skyvern is fixing (I am Skyvern's CEO). We b

Traditional automation breaks the moment a payer portal gets a redesign. Your team either maintains brittle scripts for each of the dozen portals you work with, or you stick with manual downloads. Automating EOB processing with computer vision removes this maintenance burden entirely by recognizing interface elements visually instead of through fragile XPath selectors that need constant updating. TLDR: * Healthcare teams waste 15-20 minutes per EOB on manual portal logins and data entry * AI