Wibenato offers an omni‑agentic AI platform that orchestrates hospital revenue cycle management through a unified AI orchestrator (OASIS) and stateless executors (WARD). The system reduces inter‑agent handoff errors by 70%, lowers claim denials 45%, and accelerates the patient revenue journey by 35 days, delivering multi‑million‑dollar annual savings for large hospitals.
Funding
Funding not disclosed
Founders
Product
Problem
Hospital revenue cycle management suffers from fragmented multi-agent systems that create high coordination overhead, frequent inter-agent handoff errors, and elevated claim denial rates, leading to delayed cash flow and excessive infrastructure costs.
Solution
Wibenato offers an omni‑agentic AI platform that centralizes workflow state in a single intelligent orchestrator (OASIS) and deploys stateless executors (WARD) to handle claims, denials, and patient journey tasks. By maintaining a unified global context, the system reduces inter‑agent handoff errors by 70% and lowers claim denials by 45% through pre‑submission AI defense. The coordinated architecture accelerates the average patient revenue cycle by 35 days and cuts infrastructure expenses by 67% compared with traditional multi‑agent approaches. Economic modeling shows the platform can generate roughly $30 M of annual value for a $2 B hospital, delivering a payback period of just over four months.
Target Audience
Primary customers are revenue cycle departments of mid‑size to large hospitals and integrated delivery networks seeking to improve cash flow, reduce denial rates, and lower operational costs.
Features
- OASIS orchestrator that holds a unified workflow state and centrally coordinates all actions across the revenue cycle
- Stateless WARD executors that perform claim processing, denial management, and patient journey tasks on demand
- AI‑driven pre‑submission defense that reduces claim denials by up to 45%
- End‑to‑end workflow acceleration delivering a 35‑day reduction in the patient revenue journey
- Infrastructure‑efficient design achieving a 67% reduction in hardware and operational costs versus legacy systems
- Quantified performance metrics (70% fewer handoff errors, $29.5 M annual economic value) validated on a $2 B hospital model