Qventus, Inc

Qventus provides AI-powered operational automation software specifically designed for hospital systems. The platform deploys what the company calls "AI Operational Assistants" that integrate directly with EHR systems to automate administrative tasks and optimize workflows across surgical services, perioperative care, and inpatient capacity management.

The platform addresses three primary operational areas: surgical growth optimization, perioperative care coordination, and inpatient capacity management. Their solutions embed into existing EHR workflows to automate below-license administrative tasks, populate discharge planning data, optimize OR scheduling, and coordinate pre-admission testing processes. The company recently introduced an "AI Solution Factory" allowing health systems to co-develop custom AI operational assistants.

Qventus serves major U.S. health systems including Banner Health, Northwestern Medicine, and Boston Medical Center. The company earned a 92.5 KLAS rating and inclusion in the Best in KLAS for Capacity Management 2025 list, demonstrating strong customer satisfaction in the operational efficiency space.

Choose Qventus if your health system struggles with surgery cancellations, underutilized OR capacity, or inpatient flow bottlenecks and needs automation that goes beyond EHR capabilities. The platform suits organizations ready to deploy AI that takes action rather than simply providing dashboards or alerts.

Expect a managed service approach where AI operational assistants handle administrative workflows while integrating with existing EHR systems. The platform works best for systems committed to strategic surgical growth initiatives, particularly in high-value service lines like robotics, and those seeking measurable improvements in operational metrics.

Qventus exclusively serves hospital systems and health networks with purpose-built solutions for hospital operations. The platform specifically addresses healthcare operational challenges including surgical scheduling optimization, perioperative care coordination for patient optimization before surgery, and inpatient capacity management including discharge planning and length of stay reduction.

Their AI operational assistants are designed to work within healthcare-specific workflows and EHR environments, handling tasks like pre-admission testing coordination, OR schedule optimization for strategic case mix, and automated discharge planning. The company's entire product portfolio focuses on hospital operational efficiency rather than serving multiple industries.

Hospital systems with 3+ facilities managing high surgical volumes who need to optimize OR utilization, scale perioperative coordination, and reduce length of stay. Organizations with strategic growth goals for specific service lines, established pre-admission testing programs requiring scaling, and capacity management challenges will see strongest returns.