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Orchestrate hepatobiliary surgery patient journeys with intelligent automation coordinating complex case review, hepatic function assessment, surgical planning, and post-resection liver function monitoring — ensuring every patient with liver, bile duct, or pancreatic pathology receives timely surgical evaluation.
AI-powered liver and biliary surgical care from complex referral through resection to hepatic function surveillance
66%
Reduction in time from referral to surgical candidacy determination
2.7min
Average referral-to-verification processing time
91%
First-call resolution for post-resection inquiries
99.3%
Post-resection surveillance compliance
Hepatobiliary surgery programs manage some of the most complex surgical cases in medicine. Referrals arrive with extensive imaging and multidisciplinary input requirements, hepatic reserve assessment determines surgical candidacy, operative planning requires 3D volumetric analysis, and post-resection liver function monitoring is critical. The result: delayed surgical consultation for resectable cancers, inadequate pre-surgical hepatic assessment, and post-operative liver failure from insufficient monitoring.
Hepatobiliary cancer referrals require rapid multidisciplinary review — delays of weeks can render initially resectable tumors unresectable
Hepatic reserve assessment through volumetric analysis and functional testing adds complexity that delays surgical decision-making
Portal vein embolization for future liver remnant augmentation requires multi-step coordination across interventional radiology and surgery
Post-resection drain management generates significant call volumes from patients managing complex drain care at home
Liver regeneration monitoring requires frequent lab draws and imaging that patients find burdensome during recovery
Biliary reconstruction complications (strictures, leaks) may present weeks after surgery with subtle symptoms patients may not report
Every workflow purpose-built for hepatobiliary surgery operations.
Referral intake with OCR extraction of CT/MRI imaging, tumor marker levels, and hepatic function panels — patient matching and insurance verification in under 3 minutes with surgical candidacy screening
AI-driven scheduling matching patients to optimal consultation and OR slots based on tumor resectability window, hepatic reserve adequacy, neoadjuvant therapy coordination, and ICU bed availability
Smart waitlist that fills surgical cancellations within minutes via automated SMS and voice outreach, prioritizing patients with resectable tumors at risk of becoming unresectable or biliary obstruction requiring intervention
Pre-surgical prep automation — volumetric liver analysis coordination, portal vein embolization scheduling, biliary drainage management, and nutritional optimization with compliance confirmation
Multi-channel patient engagement: pre-surgical nutrition protocols, drain management education, hepatic recovery expectations, and lab monitoring schedules via SMS, voice, and portal
Real-time hepatic function and surgical drain output monitoring with AI assessment of liver recovery trajectory and escalation for hepatic insufficiency, bile leak, or hemorrhage signs
Post-surgical AI triage with 91% first-call resolution — handling drain care questions, dietary restrictions, lab result inquiries, and symptom management during hepatic regeneration
Automated hepatic surveillance with tumor marker tracking, cross-sectional imaging scheduling, and liver function monitoring — zero patients lost to follow-up after hepatobiliary resection
Specialized AI employees that handle these workflows autonomously.
Extracts CT/MRI imaging, tumor markers, hepatic function panels, and biopsy results from referral documents using OCR. Screens surgical candidacy based on tumor characteristics and liver function, verifying insurance for complex hepatobiliary procedures.
Coordinates surgical consultation, volumetric analysis, portal vein embolization, and OR scheduling based on resectability window urgency. Manages ICU bed coordination and fills cancellations prioritizing patients at risk of losing surgical candidacy.
Delivers pre-surgical nutritional optimization protocols, drain management education, and hepatic recovery guidance across SMS, voice, and portal. Coordinates lab monitoring schedules and distributes post-resection dietary restriction information.
Triages drain output concerns, dietary questions, and recovery symptoms with AI hepatic function assessment. Monitors liver function trends and escalates hepatic insufficiency, bile leak, and hemorrhage signs while resolving 91% of recovery inquiries at first contact.
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